Elsevier 2023 SDG mapping
Tips
How to read a Scopus query
The Scopus queries presented in this view correspond to what is known on scopus.com as advanced search queries. Advanced searches allow a query creator to create complex and robust queries using field codes, Boolean operators, or proximity operators. We detail each of these elements below.
Field codes
A typical publication's Scopus record contains a myriad of information about it. To make this information easily usable, this information is structured and parsed apart in different fields, each containing a given type of information. For example, the title field contains a publication's title, and the publication year field informs us about when a given publication was first made public.
Field codes are there to indicate which field(s) we would like to source information from when conducting a given search. To avoid searches becoming overly long, they are usually shortened words such as ABS, which stands for "Abstract". The most commonly-used field codes used by our query-building team are:
- TITLE-ABS-KEY
Searches through the Title, Abstract, and all Keywords - TITLE-ABS
Searches only through the Title and Abstract - AUTHKEY
Searches only through the Author-defined keywords - SRCTITLE
Searches only through the journal or conference proceedings' titles
To conduct a search in a given field, the syntax is always field-code(search-term).
The field codes used can potentially have a deep impact on a search. For example, searching for "Canada" in field AFFILCOUNTRY would return publications where at least one author was affiliated with a Canadian institution, while the same search conducted in field TITLE-ABS-KEY would return articles that concern Canada.
Boolean operators
In most cases, conducting a Scopus search using a single field code or a single term is not sufficient to obtain a robust set of results. To remedy this, Scopus searches make use of boolean operators to allow for the combination of different terms or query parts. The allowed operators are
- OR
At least one of the terms must appear in the specified field, or at least one of the searches must match - AND
Both of the terms must appear in the specified field, or both searches must match - AND NOT
Only the first term must appear in the specified field, or only the first search must match
Boolean operators are applied in the order they were listed above. Therefore, KEY(mouse AND NOT cat OR dog) is interpreted as KEY((mouse) AND NOT (cat OR dog)).
Proximity operators
In some instances, a certain word is deemed relevant to a topic only if it is close to another word in the text, or certain phrasings might space out two related words defining a topic, which we could want to be tolerant to. For example, the sentence "publishing scholarly journals" is relevant to the topic of "scholarly publishing", but searching for "scholarly publishing" alone would not capture an article that used this expression.
Using proximity searches enable building queries that are tolerant to such things. Two proximity search operators are available in Scopus:
- W/n
Both terms must be within n words of each other, but not in any particular order - PRE/n
Both terms must be within n words of each other, in the order they are listed in
For example, the search TITLE-ABS-KEY("journal" W/2 "publishing") would capture the sentence from the example above, but TITLE-ABS-KEY("journal" PRE/2 "publishing") would not, since the words are not in the same order.
Introduction
The United Nations Sustainable Development Goals (SDGs) challenge the global community to build a world where no one is left behind.
Since 2018, Elsevier has generated SDG search queries to help researchers and institutions track and demonstrate progress toward the SDG targets. In the past 3 years, these queries, along with the university’s own data and evidence supporting progress and contributions to the particular SDG outside of research-based metrics, are used for the THE Impact Rankings.
Method
For 2025, the SDGs use the exact same search query and ML algorithm as the Elsevier 2023 SDG mappings, with only minor modifications coming from changes to the search engine handling the SDG queries. Because of this, while the vast majority of publications retain their original mapping, the number of publications in each SDG has slightly changed.
All these changes were implemented to streamline how SDG queries are handled. Users should note that running these in Scopus should be done for reference purposes only, as the Scopus search engine behaves slightly differently than the classifier used to formerly tag SDGs to publications. Full details of the 2023 methodology are available on Digital Commons Data.
SDG 9 – Industry, Innovation and Infrastructure
Query
Below is the full search query used for SDG 9 – Industry, Innovation and Infrastructure. We’ve broken it down by each query component. Use the + and – buttons to expand or concatenate the different bracket levels.
Subfields of science
In this section, we show how the publication set, captured by the query above, relates to the Science-Metrix classification system.As shown in Figure 1, the publications related to this publication set fall mainly under the subfields of Energy (134,545 publications), Materials (131,456 publications) and Industrial Engineering & Automation (120,523 publications). The total share of each subfield included under the publication set are presented upon hovering your cursor over the bars.
Journals
In this section, we show how the publication set, captured by the query above, relates to scholarly journals. Journals are sorted in terms of their total output in the field. The horizontal bars are proportional to the number of publications contributed by the journal to the current publication set. To see the proportion of the total publications in the journal contributing to this publication set or their relevance score, you can hover your cursor over the bars.The articles on this topic are published most frequently in the following journals: Proceedings of SPIE - The International Society for Optical Engineering (23,801 publications), Sustainability (Switzerland) (19,179 publications) and Journal of Cleaner Production (16,361 publications).
Keywords
Elsevier’s Scopus database of scientific literature, was used for the table below. The document types included in the data sets are journal articles, reviews, short surveys and conference papers, covering the period 1996–2022. We refer to these documents collectively as “publications” or “papers”.In order to help better illustrate the content of this set of publications, indicators associated with the keywords most specific to this set (according to a TF-IDF score) are presented below.
Term | Papers with this term in the publication set | Papers with this term in all of Scopus | Relevance (tf-idf) | Percentage of Scopus |
---|---|---|---|---|
closed-loop supply chain | 2422 | 2579 | 19.291410 | 94 |
micromachining process | 2188 | 2343 | 19.278130 | 93 |
sustainable manufacturing | 3334 | 3562 | 19.267813 | 94 |
arc additive manufacturing | 1921 | 2061 | 19.265641 | 93 |
life-cycle assessment | 3527 | 3769 | 19.260369 | 94 |
industrial internet of things (iiot) | 2800 | 3049 | 19.245219 | 92 |
eco-innovation | 1613 | 1730 | 19.244219 | 93 |
the industrial internet | 2330 | 2544 | 19.243323 | 92 |
broadband wireless access | 1661 | 1787 | 19.243049 | 93 |
micro-fabrication | 1856 | 2019 | 19.236573 | 92 |
sustainable supply chain | 3279 | 3567 | 19.234287 | 92 |
life cycle assessment method | 1345 | 1424 | 19.232329 | 94 |
industrial ecology | 3190 | 3481 | 19.231120 | 92 |
laser micromachining | 2738 | 3006 | 19.230507 | 91 |
industrial symbiosis | 1454 | 1556 | 19.229715 | 93 |
sustainable supply chain management | 1436 | 1535 | 19.229255 | 94 |
web accessibility | 1765 | 1925 | 19.226112 | 92 |
reconfigurable manufacturing | 1347 | 1436 | 19.220286 | 94 |
ict infrastructure | 1866 | 2057 | 19.212504 | 91 |
micro-machining | 2535 | 2815 | 19.211081 | 90 |
additive manufacturing processes | 1719 | 1887 | 19.210862 | 91 |
industry 4.0. | 4385 | 4717 | 19.208579 | 93 |
smart factory | 2164 | 2405 | 19.207679 | 90 |
metal additive manufacturing | 1950 | 2160 | 19.207496 | 90 |
bulk micromachining | 1527 | 1663 | 19.207156 | 92 |
life-cycle assessment (lca) | 1159 | 1218 | 19.207029 | 95 |
fused filament fabrication | 2466 | 2745 | 19.206832 | 90 |
surface micromachining | 2475 | 2763 | 19.201279 | 90 |
additive manufacturing (am) process | 1237 | 1318 | 19.200474 | 94 |
filament fabrication | 2531 | 2829 | 19.198602 | 89 |
cloud manufacturing | 1628 | 1793 | 19.197180 | 91 |
fused filament fabrication (fff) | 1469 | 1606 | 19.193068 | 91 |
digital inclusion | 1380 | 1501 | 19.189618 | 92 |
innovation policies | 1503 | 1651 | 19.188709 | 91 |
innovation knowledge | 2882 | 3230 | 19.187775 | 89 |
innovation systems | 4252 | 4641 | 19.185879 | 92 |
smart factor | 3181 | 3556 | 19.184197 | 89 |
regional innovation system | 1400 | 1530 | 19.184126 | 92 |
eco-inn | 1699 | 1891 | 19.183918 | 90 |
railway infrastructure | 2127 | 2393 | 19.183897 | 89 |
infrastructure systems | 3928 | 4328 | 19.182513 | 91 |
industry 4.0 technologies | 1231 | 1324 | 19.182498 | 93 |
innovation strategies | 2023 | 2277 | 19.180311 | 89 |
reverse logistics | 3778 | 4184 | 19.179175 | 90 |
smart manufacturing | 4052 | 4465 | 19.176512 | 91 |
nanomanufacturing | 1297 | 1410 | 19.176460 | 92 |
fused filament | 2528 | 2859 | 19.176186 | 88 |
reconfigurable manufacturing system | 1131 | 1206 | 19.174265 | 94 |
high volume manufacturing | 1343 | 1473 | 19.168666 | 91 |
internet infrastructure | 1650 | 1849 | 19.167421 | 89 |
smart factories | 1467 | 1627 | 19.166836 | 90 |
access to the internet | 3251 | 3663 | 19.166382 | 89 |
microfabrication process | 1473 | 1635 | 19.166112 | 90 |
manufacturing sme | 1477 | 1640 | 19.165998 | 90 |
the fourth industrial revolution | 4218 | 4657 | 19.164514 | 91 |
infrastructure planning | 2380 | 2709 | 19.164507 | 88 |
e. additive manufacturing | 1693 | 1904 | 19.164368 | 89 |
life cycle assessments | 1261 | 1376 | 19.162933 | 92 |
supply chain sustainability | 1220 | 1325 | 19.162876 | 92 |
sustainability reporting | 1942 | 2203 | 19.162792 | 88 |
internet service providers | 2759 | 3138 | 19.162005 | 88 |
triple bottom line | 2712 | 3088 | 19.160732 | 88 |
infrastructure management | 2214 | 2524 | 19.160495 | 88 |
infrastructure asset | 1411 | 1564 | 19.160244 | 90 |
reverse logistic | 3929 | 4378 | 19.160056 | 90 |
4.0 technologies | 1500 | 1674 | 19.159631 | 90 |
waam | 1544 | 1728 | 19.159483 | 89 |
slm process | 1561 | 1754 | 19.154038 | 89 |
green infrastructure | 5354 | 5769 | 19.153932 | 93 |
additive manufacturing process | 4540 | 4999 | 19.153568 | 91 |
additive manufacturing technology | 2348 | 2688 | 19.153536 | 87 |
green supply chain | 3238 | 3674 | 19.153117 | 88 |
laser additive manufacturing | 1234 | 1350 | 19.152901 | 91 |
remanufactured product | 960 | 1007 | 19.149388 | 95 |
chinese manufacturing | 1429 | 1596 | 19.149116 | 90 |
microfabrication technique | 1905 | 2179 | 19.145820 | 87 |
manufacturing smes | 1337 | 1485 | 19.145097 | 90 |
disruptive innovation | 2148 | 2471 | 19.142465 | 87 |
additive manufacturing technologies | 1694 | 1930 | 19.140621 | 88 |
the digital divide | 3929 | 4424 | 19.139201 | 89 |
additive manufacturing. | 3371 | 3848 | 19.136366 | 88 |
green supply | 3263 | 3733 | 19.136073 | 87 |
ict4d | 1109 | 1205 | 19.135367 | 92 |
industrial internet of things | 4899 | 5399 | 19.132712 | 91 |
internet service provider | 4044 | 4557 | 19.132134 | 89 |
industrial internet of thing | 4920 | 5422 | 19.131628 | 91 |
traditional manufacturing | 2793 | 3226 | 19.131555 | 87 |
composite manufacturing | 1647 | 1882 | 19.131433 | 88 |
manufacturing supply chain | 1216 | 1344 | 19.130929 | 90 |
wire electrical discharge machining | 1534 | 1743 | 19.130863 | 88 |
volume manufacturing | 2617 | 3031 | 19.129547 | 86 |
wire arc additive manufacturing | 1026 | 1104 | 19.128040 | 93 |
remanufactured products | 849 | 878 | 19.126688 | 97 |
indian manufacturing | 1273 | 1420 | 19.126042 | 90 |
electrical discharge machining (edm) | 2647 | 3071 | 19.125799 | 86 |
green supply chain management | 1766 | 2034 | 19.125636 | 87 |
industrial iot | 2114 | 2453 | 19.125579 | 86 |
microfabrication techniques | 1517 | 1730 | 19.122337 | 88 |
university-industry | 2214 | 2577 | 19.121280 | 86 |
internet service providers (isps) | 1117 | 1225 | 19.121195 | 91 |
public transportation system | 1984 | 2304 | 19.120652 | 86 |
continuous manufacturing | 1387 | 1569 | 19.120100 | 88 |
collaborative robot | 2673 | 3114 | 19.117423 | 86 |
cleaner production | 4038 | 4585 | 19.117203 | 88 |
large-scale manufacturing | 1321 | 1489 | 19.116022 | 89 |
fused deposition modeling (fdm) | 2813 | 3275 | 19.115760 | 86 |
additive manufacturing technique | 2371 | 2770 | 19.114993 | 86 |
green manufacturing | 1850 | 2149 | 19.114595 | 86 |
infrastructure system | 5154 | 5693 | 19.114099 | 91 |
public infrastructure | 2713 | 3169 | 19.111570 | 86 |
fourth industrial revolution | 5110 | 5663 | 19.109799 | 90 |
laser powder bed fusion (lpbf) | 1659 | 1920 | 19.109102 | 86 |
infrastructure protection | 1465 | 1679 | 19.107192 | 87 |
laser additive | 1400 | 1597 | 19.106952 | 88 |
industry innovation | 1481 | 1700 | 19.106316 | 87 |
conventional manufacturing | 1910 | 2232 | 19.106231 | 86 |
the triple bottom line | 1247 | 1403 | 19.105709 | 89 |
innovation strategy | 2411 | 2839 | 19.099912 | 85 |
micro-edm | 1059 | 1165 | 19.099594 | 91 |
national innovation system | 1469 | 1692 | 19.098665 | 87 |
fourth industrial | 5156 | 5745 | 19.096174 | 90 |
digital manufacturing | 1727 | 2019 | 19.095583 | 86 |
public transport system | 2462 | 2906 | 19.095050 | 85 |
collaborative robots | 1446 | 1667 | 19.094148 | 87 |
road infrastructure | 4556 | 5165 | 19.093760 | 88 |
intelligent manufacturing | 3521 | 4097 | 19.092466 | 86 |
fused deposition modelling | 2032 | 2398 | 19.092029 | 85 |
wire electrical discharge | 1665 | 1946 | 19.091542 | 86 |
co-innovation | 1805 | 2122 | 19.090062 | 85 |
regional innovation systems | 924 | 996 | 19.088485 | 93 |
lpbf | 2071 | 2451 | 19.087642 | 84 |
innovation policy | 3749 | 4352 | 19.086951 | 86 |
remanufactured | 1793 | 2114 | 19.084047 | 85 |
iso 26262 | 947 | 1029 | 19.083593 | 92 |
micromachining technology | 1489 | 1732 | 19.083238 | 86 |
industrial wastewater treatment | 2455 | 2916 | 19.083123 | 84 |
ultra-precision machining | 1172 | 1326 | 19.079795 | 88 |
nano-fabrication | 951 | 1037 | 19.078998 | 92 |
micro machining | 1196 | 1359 | 19.077543 | 88 |
industrial manufacturing | 3421 | 4020 | 19.077283 | 85 |
agile manufacturing | 1323 | 1525 | 19.076308 | 87 |
l-pbf | 1247 | 1427 | 19.075537 | 87 |
laser powder bed fusion | 4173 | 4830 | 19.072020 | 86 |
virtual prototyping | 3295 | 3897 | 19.069682 | 85 |
manufacturing design | 1261 | 1451 | 19.068415 | 87 |
manufacturing mode | 1781 | 2117 | 19.068345 | 84 |
remanufacturing | 5641 | 6290 | 19.067376 | 90 |
trial manufacturing | 3512 | 4144 | 19.065281 | 85 |
micromachining technique | 1677 | 1990 | 19.064626 | 84 |
urban infrastructure | 4101 | 4775 | 19.063763 | 86 |
public transport service | 1438 | 1685 | 19.063697 | 85 |
laser powder bed | 4250 | 4932 | 19.062790 | 86 |
impact categories | 3771 | 4429 | 19.062697 | 85 |
distributed manufacturing | 1153 | 1314 | 19.062547 | 88 |
industrial internet | 6154 | 6783 | 19.062128 | 91 |
pharmaceutical manufacturing | 2255 | 2709 | 19.061908 | 83 |
broadband access | 3043 | 3633 | 19.060417 | 84 |
infrastructure investments | 1614 | 1919 | 19.055973 | 84 |
food manufacturing | 1726 | 2064 | 19.053886 | 84 |
scalable manufacturing | 793 | 842 | 19.053320 | 94 |
rapid manufacturing | 1778 | 2132 | 19.052028 | 83 |
manufacturing enterprises | 4369 | 5084 | 19.051014 | 86 |
critical infrastructure protection | 1020 | 1146 | 19.050891 | 89 |
infrastructure assets | 955 | 1060 | 19.049823 | 90 |
industrial control systems | 2768 | 3337 | 19.049488 | 83 |
reconfigurable manufacturing systems | 792 | 843 | 19.048632 | 94 |
cleaner product | 4067 | 4776 | 19.048402 | 85 |
fused deposition modelling (fdm) | 1178 | 1358 | 19.048032 | 87 |
4d printing | 1159 | 1333 | 19.047787 | 87 |
manufacturing parameter | 1689 | 2024 | 19.047496 | 83 |
laser cladding process | 961 | 1071 | 19.044985 | 90 |
alsi10mg | 1570 | 1874 | 19.044852 | 84 |
edm process | 2495 | 3024 | 19.044186 | 83 |
comparative life cycle assessment | 779 | 828 | 19.043858 | 94 |
product manufacturing | 2325 | 2824 | 19.041205 | 82 |
eco-industrial | 975 | 1093 | 19.039795 | 89 |
sustainable infrastructure | 1138 | 1312 | 19.038540 | 87 |
manufacturing parameters | 1624 | 1952 | 19.036942 | 83 |
manufacturing paradigm | 868 | 951 | 19.036870 | 91 |
manufacturing resources | 1430 | 1701 | 19.035532 | 84 |
corporate sustainability | 2898 | 3513 | 19.035362 | 82 |
selective laser melting (slm) | 5751 | 6500 | 19.033148 | 88 |
technological capabilities | 2794 | 3398 | 19.031921 | 82 |
life cycle assessment methodology | 724 | 760 | 19.031891 | 95 |
green infrastructure (gi) | 702 | 731 | 19.030799 | 96 |
infrastructure plan | 2569 | 3134 | 19.030736 | 82 |
lean production | 4048 | 4799 | 19.030385 | 84 |
emanufacturing | 5770 | 6530 | 19.029354 | 88 |
broadband access network | 941 | 1055 | 19.027283 | 89 |
manufacturing constraint | 1072 | 1232 | 19.026867 | 87 |
national innovation | 2177 | 2664 | 19.026520 | 82 |
machining technology | 3039 | 3694 | 19.025572 | 82 |
web access | 3435 | 4146 | 19.023949 | 83 |
open innovation | 6842 | 7542 | 19.022591 | 91 |
nanoarchitectonic | 736 | 782 | 19.019171 | 94 |
computer numerical control (cnc) | 1709 | 2082 | 19.018593 | 82 |
urban green infrastructure | 751 | 803 | 19.017664 | 94 |
manufacturing defects | 1986 | 2439 | 19.016313 | 81 |
complex manufacturing | 1614 | 1963 | 19.014544 | 82 |
process innovation | 4102 | 4896 | 19.014067 | 84 |
additive manufacturing techniques | 1281 | 1523 | 19.013802 | 84 |
femtosecond laser micromachining | 782 | 848 | 19.011671 | 92 |
manufacturing model | 1266 | 1505 | 19.011305 | 84 |
design for manufacturing | 1335 | 1598 | 19.010682 | 84 |
iiot | 4274 | 5087 | 19.010630 | 84 |
micro fabrication | 780 | 846 | 19.010232 | 92 |
manufacturing defect | 2366 | 2924 | 19.008208 | 81 |
manufacturing sectors | 2429 | 3003 | 19.007031 | 81 |
manufacturing organisation | 920 | 1039 | 19.006655 | 89 |
electric discharge machining | 1853 | 2284 | 19.004821 | 81 |
manufacturing constraints | 1007 | 1159 | 19.004807 | 87 |
industrial control system | 4030 | 4842 | 19.004549 | 83 |
fast prototyping | 1193 | 1413 | 19.003452 | 84 |
precision manufacturing | 1200 | 1423 | 19.002803 | 84 |
hybrid manufacturing | 937 | 1065 | 19.002152 | 88 |
clean production | 1176 | 1391 | 19.002136 | 85 |
industry 4.0 (i4.0) | 669 | 699 | 19.001703 | 96 |
design for additive manufacturing | 764 | 829 | 19.000499 | 92 |
simapro | 1177 | 1394 | 19.000050 | 84 |
additive manufacturing method | 1090 | 1276 | 18.999478 | 85 |
structure planning | 2398 | 2977 | 18.999394 | 81 |
nanoarchitectonics | 699 | 742 | 18.996659 | 94 |
design for additive | 796 | 875 | 18.996204 | 91 |
manufacturing network | 983 | 1132 | 18.995943 | 87 |
selective laser sintering (sls) | 1683 | 2075 | 18.994859 | 81 |
fused deposition modeling | 4796 | 5681 | 18.991565 | 84 |
cradle-to-gate | 1093 | 1289 | 18.987316 | 85 |
public transport network | 960 | 1106 | 18.987207 | 87 |
sustainable supply chains | 741 | 804 | 18.987005 | 92 |
transport infrastructures | 840 | 941 | 18.986055 | 89 |
access to internet | 944 | 1085 | 18.985498 | 87 |
environmental life cycle assessment | 677 | 717 | 18.985050 | 94 |
water infrastructure | 3626 | 4445 | 18.984626 | 82 |
infrastructure investment | 4213 | 5088 | 18.984606 | 83 |
industrial robotic | 1634 | 2022 | 18.984527 | 81 |
powder bed fusion process | 798 | 884 | 18.984169 | 90 |
build direction | 913 | 1045 | 18.980846 | 87 |
transportation infrastructure | 5493 | 6420 | 18.978929 | 86 |
manufacturing field | 993 | 1158 | 18.977438 | 86 |
steel manufacturing | 1266 | 1534 | 18.977301 | 83 |
cell manufacturing | 1189 | 1429 | 18.976725 | 83 |
nanofabrication. | 746 | 816 | 18.976417 | 91 |
manufacturing route | 1167 | 1400 | 18.975169 | 83 |
laser powder bed fusion (l-pbf) | 827 | 929 | 18.975118 | 89 |
powder bed fusion | 6437 | 7351 | 18.971906 | 88 |
laser cladding | 6941 | 7817 | 18.971835 | 89 |
wire electrical discharge machining (wedm) | 806 | 902 | 18.971049 | 89 |
iso 14040 | 741 | 812 | 18.970365 | 91 |
industry 4.0 concept | 668 | 711 | 18.970202 | 94 |
deposition modelling | 2101 | 2648 | 18.970140 | 79 |
public transport systems | 989 | 1158 | 18.969115 | 85 |
and additive manufacturing | 1588 | 1978 | 18.968785 | 80 |
wire arc additive manufacturing (waam) | 640 | 674 | 18.966307 | 95 |
infrastructure resilience | 771 | 857 | 18.963805 | 90 |
additive manufactured | 2423 | 3066 | 18.962843 | 79 |
eco-industrial park | 761 | 844 | 18.961911 | 90 |
manufacturing environments | 1977 | 2500 | 18.961497 | 79 |
wedm | 2283 | 2895 | 18.959679 | 79 |
build orientation | 871 | 1000 | 18.958144 | 87 |
product and process innovation | 932 | 1086 | 18.957373 | 86 |
manufacturing quality | 1678 | 2116 | 18.953151 | 79 |
layered manufacturing | 797 | 899 | 18.953010 | 89 |
silicon micromachining | 1310 | 1616 | 18.952821 | 81 |
additive manufacture | 3208 | 4039 | 18.950588 | 79 |
microfabrication technology | 833 | 951 | 18.950472 | 88 |
efficient manufacturing | 1174 | 1430 | 18.949813 | 82 |
smart infrastructure | 758 | 846 | 18.949542 | 90 |
semiconductor manufacturing process | 1042 | 1246 | 18.948953 | 84 |
manufacturing service | 1339 | 1660 | 18.948449 | 81 |
surface micromachining process | 608 | 637 | 18.948086 | 95 |
powder-bed | 840 | 964 | 18.944899 | 87 |
alsi10 | 1609 | 2035 | 18.942648 | 79 |
manufacturing time | 1418 | 1775 | 18.941986 | 80 |
rapid tooling | 983 | 1168 | 18.941658 | 84 |
modern manufacturing | 2592 | 3312 | 18.941552 | 78 |
technological capability | 1197 | 1469 | 18.941392 | 81 |
public transportation systems | 914 | 1075 | 18.934436 | 85 |
low-cost manufacturing | 916 | 1078 | 18.934178 | 85 |
manufacturing resource | 2199 | 2828 | 18.933014 | 78 |
manufacturing organisations | 681 | 746 | 18.931724 | 91 |
environmental impact categories | 792 | 904 | 18.930342 | 88 |
urban infrastructures | 730 | 816 | 18.930279 | 89 |
manufacturing organizations | 1485 | 1881 | 18.928377 | 79 |
manufacturing performance | 1250 | 1555 | 18.927556 | 80 |
lca method | 1323 | 1658 | 18.926635 | 80 |
university-industry collaboration | 711 | 791 | 18.926211 | 90 |
nanomachining | 660 | 719 | 18.925689 | 92 |
manufacturing strategy | 1697 | 2174 | 18.925415 | 78 |
manufacturing practices | 2956 | 3789 | 18.925229 | 78 |
internet penetration | 816 | 942 | 18.923343 | 87 |
life cycle inventory | 1949 | 2515 | 18.923009 | 77 |
process innovations | 1121 | 1377 | 18.922817 | 81 |
manufacturing stage | 1278 | 1599 | 18.922241 | 80 |
laser clad | 6962 | 8026 | 18.921483 | 87 |
manufacturing enterprise | 5824 | 6935 | 18.920992 | 84 |
global manufacturing | 1191 | 1478 | 18.920443 | 81 |
iso 2631 | 702 | 781 | 18.920280 | 90 |
telecommunication infrastructure | 859 | 1006 | 18.918933 | 85 |
iso 14001 | 1742 | 2243 | 18.918723 | 78 |
freeform fabrication | 1158 | 1433 | 18.918364 | 81 |
innovation system | 7763 | 8776 | 18.916555 | 88 |
structure management | 2246 | 2915 | 18.915799 | 77 |
manufacturing domain | 750 | 852 | 18.915142 | 88 |
virtual manufacturing | 1043 | 1272 | 18.914877 | 82 |
electrical discharge machining | 6320 | 7443 | 18.914544 | 85 |
nanofabrication techniques | 709 | 795 | 18.911765 | 89 |
cellular manufacturing system | 1032 | 1259 | 18.911109 | 82 |
environmental life cycle | 900 | 1070 | 18.910396 | 84 |
computer numerical control | 3021 | 3900 | 18.909035 | 77 |
selective laser melting process | 628 | 681 | 18.908303 | 92 |
selective laser sintering | 3300 | 4238 | 18.907850 | 78 |
mixed-model assembly | 686 | 764 | 18.907692 | 90 |
manufacturing production | 1274 | 1608 | 18.905961 | 79 |
collaborative robotic | 794 | 921 | 18.904106 | 86 |
micromachining techniques | 1057 | 1300 | 18.904082 | 81 |
nanofabrication | 8898 | 9821 | 18.903989 | 91 |
industrial control systems (ics) | 664 | 735 | 18.902158 | 90 |
cellular manufacturing | 1795 | 2336 | 18.901730 | 77 |
public transport services | 910 | 1090 | 18.901504 | 83 |
green supply chain management (gscm) | 745 | 853 | 18.898989 | 87 |
digital divide | 7893 | 8984 | 18.894636 | 88 |
good manufacturing practices | 1595 | 2074 | 18.890908 | 77 |
selective laser sinter | 3326 | 4306 | 18.890852 | 77 |
transport infrastructure | 6558 | 7759 | 18.890817 | 85 |
transportation infrastructures | 706 | 801 | 18.890152 | 88 |
the reverse logistics | 682 | 767 | 18.888649 | 89 |
remanufacturing system | 569 | 605 | 18.887967 | 94 |
roll-to-roll manufacturing | 549 | 577 | 18.886761 | 95 |
metal laser sintering | 1048 | 1301 | 18.885294 | 81 |
infrastructure projects | 6012 | 7245 | 18.885015 | 83 |
manufacturing platform | 870 | 1043 | 18.883712 | 83 |
fused deposition model | 6591 | 7821 | 18.882709 | 84 |
remanufacture | 2580 | 3405 | 18.879845 | 76 |
i4.0 | 1103 | 1385 | 18.879796 | 80 |
manufacturing organization | 2208 | 2921 | 18.879706 | 76 |
e-manufacturing | 1111 | 1397 | 18.879296 | 80 |
direct metal laser sintering | 1020 | 1265 | 18.878899 | 81 |
sport infrastructure | 6572 | 7818 | 18.878599 | 84 |
automotive manufacturing | 1086 | 1362 | 18.877644 | 80 |
cnc machine tool | 2363 | 3129 | 18.877111 | 76 |
manufacturing tolerance | 2569 | 3396 | 18.876973 | 76 |
cnc machining | 1987 | 2630 | 18.876540 | 76 |
4.0 industry | 674 | 761 | 18.876460 | 89 |
structure protection | 1472 | 1920 | 18.873904 | 77 |
manufacturing simulation | 876 | 1058 | 18.873570 | 83 |
manufacturing and assembly | 1571 | 2061 | 18.872770 | 76 |
manufacturing strategies | 988 | 1224 | 18.870864 | 81 |
product innovations | 1193 | 1523 | 18.870726 | 78 |
manufacturing tool | 1164 | 1482 | 18.869442 | 79 |
manufacturing context | 616 | 680 | 18.869006 | 91 |
machining technologies | 757 | 886 | 18.868914 | 85 |
critical infrastructure system | 626 | 695 | 18.867853 | 90 |
open innovation (oi) | 509 | 527 | 18.866744 | 97 |
manufacturing data | 1594 | 2101 | 18.866077 | 76 |
subtractive manufacturing | 727 | 845 | 18.862949 | 86 |
road infrastructures | 617 | 684 | 18.862859 | 90 |
lean manufacturing | 4494 | 5724 | 18.861727 | 79 |
deposition modeling | 4972 | 6246 | 18.861679 | 80 |
equipment manufacturing | 1459 | 1915 | 18.861174 | 76 |
internet service provider (isp) | 584 | 637 | 18.860500 | 92 |
electron beam melting | 1892 | 2523 | 18.860248 | 75 |
fused deposition | 6932 | 8236 | 18.859854 | 84 |
mixed-model assembly line | 616 | 684 | 18.859354 | 90 |
disruptive innovations | 646 | 728 | 18.858967 | 89 |
layer manufacturing | 710 | 822 | 18.858910 | 86 |
remanufacturing process | 622 | 693 | 18.858766 | 90 |
manufacturing application | 1968 | 2630 | 18.858214 | 75 |
industrial automation | 5088 | 6384 | 18.857235 | 80 |
cnc machine tools | 1511 | 1996 | 18.854872 | 76 |
closed-loop supply chains | 522 | 550 | 18.853522 | 95 |
mobile manufacturing | 1045 | 1321 | 18.852817 | 79 |
national innovation systems | 637 | 718 | 18.851660 | 89 |
networked manufacturing | 596 | 658 | 18.851554 | 91 |
closed-loop supply chain (clsc) | 485 | 498 | 18.850579 | 97 |
device manufacturing | 1401 | 1844 | 18.849411 | 76 |
sustainable supply | 3642 | 4779 | 18.849064 | 76 |
green infrastructures | 564 | 613 | 18.847285 | 92 |
social life cycle assessment | 501 | 522 | 18.847043 | 96 |
manufacturing and services | 805 | 969 | 18.846893 | 83 |
ecoinvent | 759 | 901 | 18.846197 | 84 |
life cycle impact | 2107 | 2838 | 18.845457 | 74 |
intelligent manufacturing system | 874 | 1074 | 18.843125 | 81 |
good manufacturing practice | 3666 | 4828 | 18.840631 | 76 |
beam melting | 2259 | 3052 | 18.839852 | 74 |
spanish manufacturing | 500 | 523 | 18.839549 | 96 |
manufacturing tolerances | 1986 | 2686 | 18.836252 | 74 |
manufacturing phase | 744 | 884 | 18.836120 | 84 |
chinese manufacturing firm | 540 | 583 | 18.833737 | 93 |
manufacturing applications | 1654 | 2225 | 18.833059 | 74 |
automobile manufacturing | 1000 | 1269 | 18.832911 | 79 |
five-axis machine | 711 | 837 | 18.831652 | 85 |
manufacturing energy | 551 | 600 | 18.831229 | 92 |
directed energy deposition | 1368 | 1818 | 18.827859 | 75 |
high-volume manufacturing | 719 | 852 | 18.825657 | 84 |
selective laser melted | 881 | 1096 | 18.824947 | 80 |
manufacturing test | 925 | 1164 | 18.822263 | 79 |
good manufacturing | 3934 | 5192 | 18.822071 | 76 |
smart manufacturing system | 526 | 567 | 18.821142 | 93 |
us manufacturing | 4723 | 6097 | 18.821081 | 77 |
electron beam melting (ebm) | 834 | 1028 | 18.820406 | 81 |
iso 834 | 523 | 563 | 18.820010 | 93 |
industrial automation system | 713 | 846 | 18.819718 | 84 |
the manufacturing sector | 4627 | 5995 | 18.819353 | 77 |
manufacturing variation | 826 | 1017 | 18.818615 | 81 |
micromachining processes | 541 | 591 | 18.815695 | 92 |
digital inequality | 559 | 618 | 18.814634 | 90 |
lca methodology | 688 | 811 | 18.814424 | 85 |
holonic manufacturing | 528 | 573 | 18.812460 | 92 |
digital factory | 666 | 779 | 18.812074 | 85 |
manufacturing line | 1886 | 2582 | 18.811243 | 73 |
manufacturing activities | 1375 | 1846 | 18.810480 | 74 |
electro discharge machining | 729 | 875 | 18.810252 | 83 |
chinese manufacturing firms | 521 | 564 | 18.808724 | 92 |
laser sintering | 5716 | 7210 | 18.808373 | 79 |
life cycle impact assessment | 1388 | 1868 | 18.807743 | 74 |
infrastructure project | 7212 | 8716 | 18.807342 | 83 |
collaborative robotics | 575 | 646 | 18.803817 | 89 |
lca life cycle assessment | 459 | 475 | 18.803393 | 97 |
sustainable machining | 454 | 468 | 18.802546 | 97 |
university–industry | 445 | 455 | 18.802473 | 98 |
iso 9001 | 2443 | 3369 | 18.798691 | 73 |
manufacturing condition | 1663 | 2284 | 18.795605 | 73 |
sustainable supply chain management (sscm) | 471 | 495 | 18.795157 | 95 |
manufacturing technologies | 6760 | 8327 | 18.794293 | 81 |
industry 5.0 | 566 | 637 | 18.792416 | 89 |
product innovation | 7008 | 8583 | 18.791458 | 82 |
electrochemical micromachining | 555 | 621 | 18.791100 | 89 |
powder bed fusion additive manufacturing | 555 | 621 | 18.791100 | 89 |
life cycle assessment (lca) | 12535 | 13363 | 18.790592 | 94 |
electric discharge machining (edm) | 658 | 777 | 18.790514 | 85 |
manufacturing machine | 1237 | 1660 | 18.790448 | 75 |
sustainability report | 2442 | 3383 | 18.790027 | 72 |
broadband access networks | 540 | 599 | 18.789850 | 90 |
reverse logistics network | 523 | 574 | 18.788762 | 91 |
access to ict | 525 | 577 | 18.788715 | 91 |
composites manufacturing | 671 | 798 | 18.788008 | 84 |
advanced process control | 1431 | 1953 | 18.787593 | 73 |
manufacturing error | 1544 | 2120 | 18.787564 | 73 |
cost of manufacturing | 1013 | 1324 | 18.785513 | 77 |
five-axis machine tool | 576 | 655 | 18.784995 | 88 |
iiot. | 514 | 562 | 18.784721 | 91 |
additive manufacturing (am) | 10774 | 11993 | 18.784663 | 90 |
critical infrastructure systems | 544 | 607 | 18.784462 | 90 |
microfabrication processes | 540 | 601 | 18.784447 | 90 |
implementation of industry 4.0 | 495 | 534 | 18.783920 | 93 |
pulse on time | 1260 | 1701 | 18.783736 | 74 |
tool electrode | 1201 | 1614 | 18.781342 | 74 |
microfabrication. | 636 | 748 | 18.780664 | 85 |
laser cladding technology | 525 | 580 | 18.780337 | 91 |
fdm process | 701 | 849 | 18.777802 | 83 |
electro-discharge machining | 798 | 999 | 18.776921 | 80 |
semiconductor manufacturing | 7287 | 8924 | 18.774932 | 82 |
computer numerical control (cnc) machine | 552 | 623 | 18.774062 | 89 |
laser sinter | 5807 | 7430 | 18.773308 | 78 |
five-axis machining | 728 | 893 | 18.773195 | 82 |
industrial robotics | 862 | 1102 | 18.770433 | 78 |
regional innovation | 2345 | 3288 | 18.768704 | 71 |
mask manufacturing | 563 | 642 | 18.768123 | 88 |
technological innovation system | 472 | 505 | 18.767958 | 93 |
building direction | 765 | 954 | 18.766400 | 80 |
rapid prototyping (rp) | 1258 | 1715 | 18.765982 | 73 |
eco-innovations | 450 | 473 | 18.765925 | 95 |
iso 10993 | 593 | 689 | 18.765175 | 86 |
advanced manufacturing technologies | 718 | 882 | 18.764753 | 81 |
highway infrastructure | 646 | 771 | 18.764004 | 84 |
manufacturing and testing | 1032 | 1370 | 18.763827 | 75 |
additively manufactured | 5927 | 7595 | 18.762785 | 78 |
eco-design | 1495 | 2076 | 18.762766 | 72 |
elective laser melting | 9568 | 11094 | 18.760767 | 86 |
selective laser melting | 9568 | 11094 | 18.760767 | 86 |
manufacturing conditions | 1494 | 2077 | 18.760587 | 72 |
investment in infrastructure | 839 | 1073 | 18.759858 | 78 |
manufacturing execution | 1395 | 1929 | 18.759823 | 72 |
vaccine manufacturing | 506 | 559 | 18.758846 | 91 |
industrial automation systems | 615 | 726 | 18.757784 | 85 |
manufacturing company | 5109 | 6727 | 18.757389 | 76 |
civil infrastructure system | 457 | 486 | 18.757265 | 94 |
cnc machine | 4751 | 6326 | 18.756528 | 75 |
manufacturing practice | 5357 | 7012 | 18.754182 | 76 |
model of innovation | 699 | 858 | 18.754137 | 81 |
social life cycle | 522 | 585 | 18.753913 | 89 |
laser melting process | 720 | 891 | 18.753624 | 81 |
wire and arc | 502 | 555 | 18.752933 | 90 |
manufacturing execution system | 1268 | 1745 | 18.750820 | 73 |
collaborative manufacturing | 611 | 723 | 18.750563 | 85 |
cnc machines | 1114 | 1508 | 18.750385 | 74 |
machining technique | 2725 | 3841 | 18.749381 | 71 |
manufacturing task | 820 | 1050 | 18.749126 | 78 |
powder bed fusion (pbf) | 486 | 533 | 18.746406 | 91 |
triple bottom line (tbl) | 468 | 506 | 18.745923 | 92 |
closed loop supply | 472 | 513 | 18.742880 | 92 |
cement manufacturing | 1082 | 1465 | 18.742422 | 74 |
manufacturing procedure | 1731 | 2453 | 18.741715 | 71 |
manufacturing waste | 647 | 784 | 18.739639 | 83 |
direct metal laser sintering (dmls) | 629 | 757 | 18.737200 | 83 |
closed loop supply chain | 466 | 507 | 18.733278 | 92 |
manufacturing equipment | 1909 | 2728 | 18.732143 | 70 |
complex manufacturing process | 572 | 671 | 18.730495 | 85 |
manufacturing efficiency | 920 | 1220 | 18.730204 | 75 |
digital divides | 479 | 528 | 18.729432 | 91 |
eco-industrial parks | 488 | 542 | 18.728653 | 90 |
discrete manufacturing | 846 | 1104 | 18.728531 | 77 |
alsi10mg alloy | 557 | 649 | 18.727196 | 86 |
wireless internet access | 477 | 526 | 18.726247 | 91 |
future manufacturing | 627 | 759 | 18.726026 | 83 |
italian manufacturing | 514 | 583 | 18.725597 | 88 |
component manufacturing | 813 | 1054 | 18.724832 | 77 |
manufacturing concept | 874 | 1151 | 18.724600 | 76 |
manufacturing approaches | 581 | 688 | 18.723392 | 84 |
cumulative energy demand | 685 | 852 | 18.722964 | 80 |
manufacturing yield | 822 | 1072 | 18.718938 | 77 |
ecodesign | 1027 | 1398 | 18.718719 | 73 |
manufacturing tools | 717 | 905 | 18.718703 | 79 |
manufacturing flexibility | 732 | 929 | 18.718431 | 79 |
lca study | 578 | 686 | 18.716965 | 84 |
advanced manufacturing | 4768 | 6475 | 18.715448 | 74 |
iso 2631-1 | 406 | 422 | 18.715176 | 96 |
manufacturing issues | 705 | 888 | 18.714807 | 79 |
metal additive manufacturing (am) | 462 | 507 | 18.714159 | 91 |
solid freeform fabrication | 726 | 922 | 18.713799 | 79 |
life cycle environmental impact | 643 | 790 | 18.713786 | 81 |
civil infrastructure systems | 427 | 454 | 18.713525 | 94 |
remanufacturer | 561 | 661 | 18.712903 | 85 |
microfabrication technologies | 487 | 546 | 18.712354 | 89 |
wire and arc additive manufacturing | 438 | 471 | 18.712328 | 93 |
battery manufacturing | 626 | 765 | 18.709624 | 82 |
manufacturing base | 1420 | 2024 | 18.708047 | 70 |
machining techniques | 1644 | 2367 | 18.708027 | 69 |
impact category | 745 | 956 | 18.707283 | 78 |
manufacturing complexity | 498 | 566 | 18.703814 | 88 |
cnc milling | 1280 | 1813 | 18.701325 | 71 |
electronics manufacturing | 1571 | 2265 | 18.700768 | 69 |
manufacturing firms | 9491 | 11342 | 18.699760 | 84 |
manufacturing variations | 578 | 694 | 18.698022 | 83 |
industry 4.0 era | 469 | 523 | 18.697972 | 90 |
led manufacturing | 923 | 1248 | 18.697809 | 74 |
pulse off time | 795 | 1043 | 18.696040 | 76 |
nanofabric | 8952 | 10869 | 18.695973 | 82 |
manufacturing errors | 1118 | 1562 | 18.695738 | 72 |
acidification potential | 800 | 1053 | 18.692917 | 76 |
material extrusion | 1109 | 1551 | 18.691943 | 72 |
closed-loop supply chain network | 411 | 436 | 18.691523 | 94 |
port infrastructures | 935 | 1272 | 18.691413 | 74 |
sustainable pavement | 424 | 456 | 18.690817 | 93 |
broadband internet access | 598 | 730 | 18.688502 | 82 |
manufacturing networks | 502 | 578 | 18.687671 | 87 |
nanofab | 8959 | 10924 | 18.686399 | 82 |
stereolithography | 4765 | 6565 | 18.686310 | 73 |
manufacturing challenges | 648 | 813 | 18.682812 | 80 |
robotic process automation | 592 | 723 | 18.682616 | 82 |
resilient infrastructure | 488 | 558 | 18.682050 | 87 |
material manufacturing | 575 | 697 | 18.679747 | 82 |
current good manufacturing practice | 632 | 789 | 18.679051 | 80 |
eutrophication potential | 791 | 1048 | 18.677443 | 75 |
new manufacturing | 2884 | 4208 | 18.676737 | 69 |
micro fabric | 804 | 1070 | 18.676128 | 75 |
wafer manufacturing | 564 | 682 | 18.673511 | 83 |
additive manufacturing methods | 534 | 634 | 18.673491 | 84 |
electrical discharge machining process | 488 | 561 | 18.673461 | 87 |
china's manufacturing | 474 | 539 | 18.673324 | 88 |
sustainable supplier | 420 | 455 | 18.673060 | 92 |
structure project | 7237 | 9315 | 18.672886 | 78 |
cobots | 515 | 604 | 18.672812 | 85 |
powder-bed fusion | 443 | 491 | 18.671804 | 90 |
global reporting initiative | 968 | 1343 | 18.668299 | 72 |
manufacturing engineering | 1611 | 2369 | 18.667406 | 68 |
manufacturing services | 715 | 930 | 18.667200 | 77 |
clean product | 1216 | 1746 | 18.666697 | 70 |
internet access | 11112 | 12949 | 18.666672 | 86 |
good manufacturing practice (gmp) | 822 | 1106 | 18.665851 | 74 |
nano fabrication | 450 | 504 | 18.665208 | 89 |
electro discharge | 828 | 1117 | 18.664071 | 74 |
micro-manufacturing | 452 | 508 | 18.662500 | 89 |
manufacturing requirements | 786 | 1050 | 18.661022 | 75 |
rapid prototyping process | 514 | 607 | 18.660581 | 85 |
space manufacturing | 679 | 876 | 18.658084 | 78 |
iso 9000 | 2002 | 2981 | 18.656858 | 67 |
industrial innovation | 863 | 1181 | 18.654485 | 73 |
cost-effective manufacturing | 559 | 682 | 18.654260 | 82 |
discharge machining | 9784 | 11852 | 18.654040 | 83 |
water infrastructures | 442 | 495 | 18.653933 | 89 |
fast tool servo | 409 | 444 | 18.652046 | 92 |
laser micro-machining | 379 | 398 | 18.651174 | 95 |
abiotic depletion | 493 | 577 | 18.650773 | 85 |
manufacturing scheduling | 527 | 632 | 18.649890 | 83 |
manufacturing knowledge | 557 | 681 | 18.648898 | 82 |
metal additive | 2064 | 3087 | 18.648834 | 67 |
manufacturing unit | 1245 | 1811 | 18.648463 | 69 |
manufacturing methods | 5161 | 7156 | 18.648378 | 72 |
microfabrication | 12865 | 14521 | 18.647776 | 89 |
ic manufacturing | 6511 | 8665 | 18.647690 | 75 |
icrofabrication | 12865 | 14525 | 18.647165 | 89 |
materials and manufacturing | 1150 | 1658 | 18.647150 | 69 |
furniture manufacturing | 578 | 716 | 18.647035 | 81 |
manufacturing sustainability | 401 | 433 | 18.646998 | 93 |
manufacturing site | 1173 | 1699 | 18.643473 | 69 |
holonic manufacturing system | 401 | 434 | 18.643388 | 92 |
experimental physics and industrial control system | 390 | 417 | 18.643203 | 94 |
life cycle inventory (lci) | 619 | 785 | 18.643059 | 79 |
telecommunications infrastructure | 832 | 1138 | 18.642331 | 73 |
lpbf process | 468 | 540 | 18.642264 | 87 |
laser powder bed fusion process | 446 | 505 | 18.642255 | 88 |
manufacturing tasks | 608 | 769 | 18.638612 | 79 |
robotic cell | 723 | 960 | 18.637393 | 75 |
wastewater infrastructure | 496 | 587 | 18.636504 | 84 |
cellular manufacturing systems | 592 | 744 | 18.635709 | 80 |
intelligent manufacturing systems | 583 | 730 | 18.633908 | 80 |
manufacturing capabilities | 948 | 1337 | 18.633566 | 71 |
large infrastructure project | 441 | 500 | 18.632992 | 88 |
innovative manufacturing | 571 | 711 | 18.632238 | 80 |
iso 17025 | 454 | 521 | 18.632157 | 87 |
manufacturing scale | 457 | 526 | 18.631549 | 87 |
part manufacturing | 625 | 801 | 18.630395 | 78 |
mass manufacturing | 481 | 565 | 18.630332 | 85 |
iso 9241 | 425 | 476 | 18.628448 | 89 |
micromanufacturing | 404 | 443 | 18.627990 | 91 |
manufacturing cloud | 395 | 429 | 18.627611 | 92 |
wedm process | 521 | 631 | 18.627527 | 83 |
manufacturing control | 1200 | 1759 | 18.627269 | 68 |
manufacturing capability | 799 | 1093 | 18.627126 | 73 |
powder bed | 7780 | 10089 | 18.624074 | 77 |
optimization of manufacturing | 479 | 564 | 18.624008 | 85 |
cheese manufacturing | 426 | 479 | 18.623785 | 89 |
manufacturing cell | 2393 | 3622 | 18.622509 | 66 |
innovation survey | 942 | 1336 | 18.621937 | 71 |
iso-1 | 1077 | 1561 | 18.621927 | 69 |
manufacturing workers | 678 | 894 | 18.621124 | 76 |
stereolithography (sla) | 642 | 834 | 18.620839 | 77 |
investments in infrastructure | 495 | 592 | 18.618474 | 84 |
manufacturing plants | 2852 | 4293 | 18.617751 | 66 |
cnc milling machine | 748 | 1015 | 18.614962 | 74 |
industrial wastewater treatment plant | 489 | 584 | 18.613583 | 84 |
biopharmaceutical manufacturing | 452 | 524 | 18.613274 | 86 |
distributed control systems | 1572 | 2380 | 18.611739 | 66 |
entrepreneurial finance | 601 | 770 | 18.611707 | 78 |
manufacturing firm | 10510 | 12749 | 18.611131 | 82 |
manufacturing information | 914 | 1298 | 18.610168 | 70 |
product design and manufacturing | 519 | 635 | 18.608960 | 82 |
laser cladded | 473 | 561 | 18.604817 | 84 |
infrastructure asset management | 374 | 404 | 18.597897 | 93 |
access to computers | 521 | 644 | 18.594609 | 81 |
manufacturing environment | 6844 | 9258 | 18.592600 | 74 |
industrial energy efficiency | 421 | 481 | 18.590916 | 88 |
step-nc | 444 | 519 | 18.588968 | 86 |
sdg9: industry | 316 | 317 | 18.585544 | 100 |
manufacturing cycle | 826 | 1167 | 18.584576 | 71 |
manufacturing and service industries | 489 | 595 | 18.583685 | 82 |
manufacturing process parameters | 406 | 459 | 18.583464 | 88 |
industrial process control | 1005 | 1474 | 18.582825 | 68 |
cyber-physical production | 770 | 1076 | 18.576948 | 72 |
smart manufacturing systems | 356 | 381 | 18.576798 | 93 |
laser microfabrication | 393 | 440 | 18.576672 | 89 |
hatch spacing | 409 | 466 | 18.576189 | 88 |
manufacturing costs | 5319 | 7605 | 18.575301 | 70 |
manufacturing chain | 463 | 555 | 18.574952 | 83 |
directed energy deposition (ded) | 579 | 750 | 18.574945 | 77 |
tile manufacturing | 1075 | 1601 | 18.573900 | 67 |
mechanical manufacturing | 505 | 626 | 18.572432 | 81 |
chip manufacturing | 528 | 665 | 18.571728 | 79 |
prototyping technology | 1075 | 1603 | 18.571715 | 67 |
chemical manufacturing | 1208 | 1829 | 18.571264 | 66 |
manufacturing case | 372 | 408 | 18.570498 | 91 |
tool wear rate (twr) | 495 | 610 | 18.570414 | 81 |
manufacturing companies | 9893 | 12421 | 18.570296 | 80 |
nc machining | 2666 | 4129 | 18.570221 | 65 |
composite manufacturing process | 410 | 470 | 18.568233 | 87 |
industry collaboration | 1377 | 2116 | 18.567977 | 65 |
ultraprecision machining | 439 | 518 | 18.566952 | 85 |
distributed control system | 3973 | 5961 | 18.563745 | 67 |
manufacturing factory | 533 | 677 | 18.563204 | 79 |
manufacturing variability | 405 | 464 | 18.560974 | 87 |
process manufacturing | 553 | 712 | 18.560958 | 78 |
manufacturing lines | 649 | 877 | 18.560637 | 74 |
laser manufacturing | 444 | 530 | 18.555745 | 84 |
cladding process | 1227 | 1880 | 18.553261 | 65 |
global infrastructure | 445 | 533 | 18.551773 | 83 |
binder jet | 626 | 842 | 18.551495 | 74 |
electrode wear | 1031 | 1546 | 18.551208 | 67 |
iso 15189 | 452 | 545 | 18.550898 | 83 |
global reporting | 990 | 1476 | 18.550148 | 67 |
commercial manufacturing | 505 | 635 | 18.549474 | 80 |
reverse logistics (rl) | 328 | 344 | 18.546695 | 95 |
sdg9 | 355 | 387 | 18.546316 | 92 |
cyber-physical production system | 715 | 1000 | 18.545723 | 72 |
rapid prototyping method | 492 | 615 | 18.544055 | 80 |
manufacturing routes | 435 | 519 | 18.543641 | 84 |
green supply chains | 337 | 359 | 18.543321 | 94 |
spanish manufacturing firms | 328 | 345 | 18.542263 | 95 |
road management | 654 | 896 | 18.541347 | 73 |
manufacturing industries | 10266 | 12951 | 18.539108 | 79 |
bridging the digital divide | 384 | 436 | 18.538888 | 88 |
business angel | 413 | 484 | 18.538412 | 85 |
manufacturing planning | 726 | 1024 | 18.537860 | 71 |
semiconductor manufacturing processes | 458 | 560 | 18.536797 | 82 |
hole manufacturing | 458 | 560 | 18.536797 | 82 |
additive manufacturing system | 397 | 458 | 18.536736 | 87 |
life cycle environmental impacts | 436 | 523 | 18.536588 | 83 |
lean production system | 407 | 475 | 18.535252 | 86 |
manufacturing techniques | 6655 | 9314 | 18.533203 | 71 |
robotic process | 669 | 927 | 18.532696 | 72 |
manufacturing optimization | 428 | 511 | 18.532233 | 84 |
model assembly | 931 | 1388 | 18.532216 | 67 |
drug manufacturing | 494 | 623 | 18.532172 | 79 |
parts manufacturing | 667 | 925 | 18.529984 | 72 |
rapid prototyping technique | 836 | 1223 | 18.529534 | 68 |
manufacturing materials | 489 | 616 | 18.528110 | 79 |
pcb manufacturing | 470 | 584 | 18.526749 | 80 |
manufacturing business | 851 | 1252 | 18.526022 | 68 |
fourth industrial revolution (4ir) | 369 | 415 | 18.525855 | 89 |
high-tech manufacturing | 440 | 534 | 18.523853 | 82 |
manufacturing feature | 540 | 706 | 18.523440 | 76 |
automated manufacturing | 1921 | 3075 | 18.521305 | 62 |
electrochemical discharge machining | 351 | 387 | 18.520608 | 91 |
nc milling | 1397 | 2208 | 18.519454 | 63 |
automated manufacturing system | 838 | 1234 | 18.519180 | 68 |
wire electric discharge machining | 413 | 490 | 18.519064 | 84 |
raster angle | 361 | 404 | 18.517921 | 89 |
smart industry | 388 | 449 | 18.516373 | 86 |
manufacturing flow | 460 | 571 | 18.515436 | 81 |
wire electric discharge | 460 | 571 | 18.515436 | 81 |
broadband wireless access (bwa) | 324 | 345 | 18.514159 | 94 |
aerospace manufacturing | 484 | 613 | 18.513507 | 79 |
large infrastructure projects | 371 | 422 | 18.512119 | 88 |
laser metal deposition | 916 | 1378 | 18.511720 | 66 |
industrial control system (ics) | 355 | 396 | 18.510870 | 90 |
japanese manufacturing | 585 | 791 | 18.509969 | 74 |
digital inequalities | 324 | 346 | 18.509746 | 94 |
semiconductor manufacturing industry | 394 | 461 | 18.509573 | 85 |
mixed-model assembly lines | 345 | 380 | 18.509536 | 91 |
virtual factory | 395 | 463 | 18.508479 | 85 |
manufacture technology | 499 | 641 | 18.508370 | 78 |
rapid prototyping technology | 746 | 1078 | 18.508092 | 69 |
dynamic manufacturing | 380 | 439 | 18.504706 | 87 |
rapid prototyping system | 480 | 610 | 18.503242 | 79 |
iso 4049 | 302 | 313 | 18.500222 | 96 |
manufacturing supply chains | 335 | 366 | 18.500169 | 92 |
industry manufacturing | 444 | 549 | 18.499953 | 81 |
pulse-on time | 552 | 738 | 18.498774 | 75 |
industrial energy | 1542 | 2482 | 18.498298 | 62 |
broadband wireless access system | 299 | 309 | 18.496587 | 97 |
efficient machining | 439 | 542 | 18.495306 | 81 |
arc additive manufacture | 341 | 377 | 18.495199 | 90 |
prototyping technique | 1091 | 1703 | 18.495154 | 64 |
method of manufacturing | 807 | 1196 | 18.494976 | 67 |
global reporting initiative (gri) | 495 | 640 | 18.493381 | 77 |
equipment manufacturing industry | 464 | 586 | 18.493153 | 79 |
manufacturing machines | 529 | 700 | 18.492883 | 76 |
public transport networks | 385 | 451 | 18.492060 | 85 |
electronic manufacturing | 690 | 988 | 18.491477 | 70 |
robotic process automation (rpa) | 370 | 426 | 18.491420 | 87 |
cladding technology | 577 | 786 | 18.490944 | 73 |
materials manufacturing | 434 | 535 | 18.490581 | 81 |
manufacturing and construction | 449 | 561 | 18.490324 | 80 |
aircraft manufacturing | 597 | 823 | 18.488264 | 73 |
complex manufacturing system | 427 | 524 | 18.487439 | 81 |
binder jetting | 518 | 683 | 18.487217 | 76 |
manufacturing accuracy | 493 | 639 | 18.487088 | 77 |
manufacturing imperfection | 378 | 441 | 18.485797 | 86 |
manufacturing sector | 10426 | 13429 | 18.484968 | 78 |
open innovation process | 322 | 349 | 18.482415 | 92 |
broadband wireless access network | 299 | 312 | 18.482002 | 96 |
life cycle impact assessment (lcia) | 528 | 704 | 18.479589 | 75 |
five-axis machine tools | 324 | 353 | 18.479209 | 92 |
nc machines | 1176 | 1870 | 18.479030 | 63 |
5-axis machining | 461 | 586 | 18.478945 | 79 |
manufacturing workshop | 362 | 416 | 18.478936 | 87 |
automated manufacturing systems | 677 | 972 | 18.478848 | 70 |
direct manufacturing | 399 | 479 | 18.477866 | 83 |
returned products | 475 | 611 | 18.477769 | 78 |
nc machine tools | 1648 | 2691 | 18.477761 | 61 |
free internet | 393 | 469 | 18.477034 | 84 |
manufacturing method | 9467 | 12553 | 18.476387 | 75 |
rapid-prototyping | 512 | 677 | 18.476247 | 76 |
3d printed parts | 627 | 884 | 18.474607 | 71 |
gscm | 906 | 1390 | 18.474544 | 65 |
additive layer manufacturing | 336 | 374 | 18.473849 | 90 |
manufacturing productivity | 712 | 1039 | 18.472926 | 69 |
surface micromachining technology | 331 | 366 | 18.472791 | 90 |
port infrastructure | 7242 | 10247 | 18.472773 | 71 |
nc machine tool | 2618 | 4270 | 18.472686 | 61 |
returned product | 533 | 717 | 18.470294 | 74 |
pharmaceutical manufacturing process | 345 | 390 | 18.469626 | 88 |
ict infrastructures | 314 | 339 | 18.468998 | 93 |
tool servo | 518 | 691 | 18.468433 | 75 |
industrial symbiosis (is) | 282 | 288 | 18.466758 | 98 |
sustainability reports | 978 | 1527 | 18.466691 | 64 |
laser cladding coating | 324 | 356 | 18.466307 | 91 |
conventional machining | 1656 | 2722 | 18.465989 | 61 |
manufacturing system design | 456 | 582 | 18.465941 | 78 |
waam process | 300 | 317 | 18.465705 | 95 |
product and process innovations | 362 | 420 | 18.464146 | 86 |
manufacturing operations | 2750 | 4493 | 18.463864 | 61 |
service-oriented manufacturing | 320 | 350 | 18.463803 | 91 |
life cycle impacts | 505 | 670 | 18.463184 | 75 |
nc milling machine | 794 | 1197 | 18.460172 | 66 |
nanofabrications | 309 | 333 | 18.459246 | 93 |
laser-based powder bed fusion | 335 | 376 | 18.458903 | 89 |
wireless broadband access | 327 | 363 | 18.457641 | 90 |
solar cell manufacturing | 349 | 400 | 18.456807 | 87 |
environmental burdens | 1313 | 2140 | 18.455079 | 61 |
european manufacturing | 391 | 473 | 18.452395 | 83 |
five-axis | 2043 | 3394 | 18.452162 | 60 |
industry wastewater | 1639 | 2715 | 18.451088 | 60 |
extrusion additive manufacturing | 365 | 429 | 18.449942 | 85 |
micro edm | 358 | 418 | 18.446476 | 86 |
manufacturing procedures | 849 | 1309 | 18.445238 | 65 |
cyber-physical production systems | 587 | 827 | 18.444408 | 71 |
tool wear rate | 947 | 1492 | 18.441995 | 63 |
l-pbf process | 302 | 326 | 18.438719 | 93 |
infill density | 471 | 619 | 18.438560 | 76 |
low cost manufacturing | 409 | 509 | 18.437745 | 80 |
clsc | 822 | 1265 | 18.437476 | 65 |
urban public transportation | 431 | 548 | 18.437372 | 79 |
industrie 4.0 | 671 | 986 | 18.436431 | 68 |
electro-discharge | 948 | 1499 | 18.436037 | 63 |
toolpath | 1077 | 1736 | 18.435853 | 62 |
advanced manufacturing process | 370 | 442 | 18.434283 | 84 |
laser sintered | 553 | 770 | 18.433665 | 72 |
mobile internet access | 320 | 357 | 18.433658 | 90 |
lean manufacturing (lm) | 297 | 319 | 18.433039 | 93 |
traditional machining | 932 | 1473 | 18.431930 | 63 |
business angels | 352 | 412 | 18.430645 | 85 |
lca software | 382 | 464 | 18.430330 | 82 |
manufacturing export | 432 | 553 | 18.428137 | 78 |
fdm 3d printing | 321 | 360 | 18.428041 | 89 |
micro-fabric | 1987 | 3347 | 18.426519 | 59 |
iso 14000 | 484 | 648 | 18.424648 | 75 |
laser cladding layer | 334 | 383 | 18.423875 | 87 |
industrial robots | 5737 | 8712 | 18.423589 | 66 |
large scale manufacturing | 391 | 482 | 18.422990 | 81 |
3d printing process | 1217 | 2005 | 18.422924 | 61 |
industrial iot (iiot) | 325 | 368 | 18.422784 | 88 |
iso 10303 | 319 | 358 | 18.422253 | 89 |
german manufacturing | 388 | 477 | 18.422087 | 81 |
micromachining | 17027 | 19505 | 18.421680 | 87 |
shape manufacturing | 451 | 590 | 18.420110 | 76 |
transport infrastructure project | 324 | 367 | 18.419912 | 88 |
re-manufacturing | 361 | 431 | 18.417969 | 84 |
vehicle manufacturing | 440 | 571 | 18.417847 | 77 |
4.0 era | 577 | 822 | 18.417792 | 70 |
industrial robot manipulator | 392 | 486 | 18.415782 | 81 |
technological innovation systems | 282 | 298 | 18.415612 | 95 |
manufacturing process. | 12690 | 15974 | 18.414697 | 79 |
precision machining | 2955 | 4929 | 18.413916 | 60 |
module manufacturing | 326 | 372 | 18.413288 | 88 |
iot industry | 392 | 487 | 18.412574 | 80 |
direct energy deposition | 556 | 786 | 18.411787 | 71 |
laser melting | 10235 | 13703 | 18.411440 | 75 |
cradle-to-grave | 747 | 1145 | 18.409443 | 65 |
robust manufacturing | 313 | 351 | 18.408873 | 89 |
modern manufacturing systems | 352 | 418 | 18.408376 | 84 |
manufacturing facilities | 2482 | 4198 | 18.408273 | 59 |
life-cycle assessments | 292 | 316 | 18.408122 | 92 |
manufacturing units | 663 | 988 | 18.407972 | 67 |
innovation product | 1156 | 1910 | 18.407864 | 61 |
manufacturing robot | 349 | 413 | 18.407597 | 85 |
lca (life cycle assessment) | 287 | 308 | 18.406785 | 93 |
cloud manufacturing (cmfg) | 271 | 282 | 18.405660 | 96 |
car manufacturing | 535 | 750 | 18.405496 | 71 |
micro/nanofabrication | 277 | 292 | 18.404552 | 95 |
manufacturing technique | 10074 | 13603 | 18.402050 | 74 |
micro electrical discharge machining | 306 | 341 | 18.400897 | 90 |
iso 31000 | 316 | 358 | 18.400677 | 88 |
factory automation | 1627 | 2773 | 18.398455 | 59 |
holonic manufacturing systems | 287 | 310 | 18.397065 | 93 |
recast layer | 831 | 1313 | 18.396352 | 63 |
manufacturing operation | 3430 | 5695 | 18.396040 | 60 |
deposition manufacturing | 339 | 399 | 18.394870 | 85 |
laser cladding technique | 314 | 356 | 18.394687 | 88 |
micro-fabrication technique | 292 | 319 | 18.393901 | 92 |
innovation and infrastructure | 299 | 331 | 18.392770 | 90 |
stereolithography (sl) | 316 | 360 | 18.392210 | 88 |
manufacturing process variation | 279 | 298 | 18.390820 | 94 |
iso 50001 | 313 | 356 | 18.387400 | 88 |
5-axis | 1393 | 2370 | 18.386467 | 59 |
textile manufacturing | 791 | 1245 | 18.385827 | 64 |
prototyping process | 802 | 1267 | 18.384417 | 63 |
wire arc | 1171 | 1964 | 18.383969 | 60 |
municipal infrastructure | 360 | 439 | 18.383327 | 82 |
melt pool | 2588 | 4429 | 18.381689 | 58 |
micro-electrical discharge machining | 270 | 285 | 18.381282 | 95 |
optimal manufacturing | 350 | 422 | 18.380873 | 83 |
manufacturing imperfections | 330 | 387 | 18.380641 | 85 |
reverse logistics system | 295 | 327 | 18.380139 | 90 |
public infrastructures | 323 | 375 | 18.380003 | 86 |
infrastructure quality | 309 | 351 | 18.379455 | 88 |
nc machine | 5166 | 8176 | 18.377289 | 63 |
terrestrial acidification | 323 | 376 | 18.375944 | 86 |
sustainable product design | 295 | 328 | 18.375537 | 90 |
laser powder-bed fusion | 295 | 328 | 18.375537 | 90 |
processing and manufacturing | 606 | 899 | 18.374986 | 67 |
local manufacturing | 484 | 669 | 18.373609 | 72 |
terrestrial ecotoxicity | 366 | 453 | 18.371852 | 81 |
marine infrastructure | 312 | 358 | 18.371588 | 87 |
manufacturing precision | 409 | 531 | 18.371373 | 77 |
manufacturing and logistics | 349 | 423 | 18.370786 | 83 |
nano-manufacturing | 266 | 281 | 18.367582 | 95 |
brick manufacturing | 325 | 382 | 18.365837 | 85 |
innovation practices | 709 | 1102 | 18.365687 | 64 |
iso 27001 | 310 | 356 | 18.365398 | 87 |
asian infrastructure investment bank | 277 | 300 | 18.364143 | 92 |
life cycle inventory data | 363 | 450 | 18.363696 | 81 |
sustainable supplier selection | 275 | 297 | 18.362367 | 93 |
wire and arc additive manufacturing (waam) | 266 | 282 | 18.362298 | 94 |
manufacturing and remanufacturing | 269 | 287 | 18.362233 | 94 |
lca analysis | 387 | 494 | 18.361770 | 78 |
flexible manufacturing system (fms) | 764 | 1212 | 18.359991 | 63 |
robotic machining | 297 | 335 | 18.359229 | 89 |
edm parameters | 370 | 464 | 18.359009 | 80 |
non-manufacturing | 413 | 543 | 18.357779 | 76 |
infrastructure sustainability | 299 | 339 | 18.356722 | 88 |
quality infrastructure | 359 | 446 | 18.352658 | 80 |
manufacturing concepts | 427 | 571 | 18.352006 | 75 |
manufacturing management | 579 | 860 | 18.351302 | 67 |
iso 26000 | 279 | 306 | 18.351178 | 91 |
advanced machining | 379 | 483 | 18.350340 | 78 |
corporate sustainability report | 280 | 308 | 18.349700 | 91 |
green innovation | 1401 | 2434 | 18.349518 | 58 |
servitization | 996 | 1669 | 18.348944 | 60 |
manufacturing capacity | 766 | 1224 | 18.348739 | 63 |
additive fabrication | 340 | 413 | 18.348644 | 82 |
cladding coating | 513 | 735 | 18.348022 | 70 |
t4d | 1114 | 1897 | 18.347048 | 59 |
high volume manufacturing (hvm) | 243 | 247 | 18.346575 | 98 |
manufacturing automation | 906 | 1498 | 18.345949 | 60 |
gscm practices | 297 | 338 | 18.345783 | 88 |
nano-machining | 274 | 299 | 18.343900 | 92 |
industrial manipulator | 826 | 1345 | 18.343089 | 61 |
design and manufacturing | 8714 | 12551 | 18.343082 | 69 |
scm practices | 502 | 717 | 18.341318 | 70 |
electro-discharge machining (edm) | 305 | 353 | 18.341057 | 86 |
manufacturing execution system (mes) | 442 | 604 | 18.338852 | 73 |
manufacturing innovation | 393 | 513 | 18.337052 | 77 |
selective electron beam melting | 269 | 292 | 18.336507 | 92 |
reverse supply chain | 641 | 989 | 18.335705 | 65 |
industrial robot arm | 302 | 349 | 18.335683 | 87 |
manufacturing facility | 2254 | 3977 | 18.335224 | 57 |
manufacturing cells | 884 | 1465 | 18.334632 | 60 |
prototyping techniques | 617 | 943 | 18.334283 | 65 |
infrastructure policy | 342 | 421 | 18.332433 | 81 |
industry 4.0 applications | 290 | 329 | 18.331644 | 88 |
manufacturing problem | 872 | 1445 | 18.330579 | 60 |
iso 3382 | 245 | 253 | 18.330538 | 97 |
solid free | 867 | 1436 | 18.329648 | 60 |
sinking edm | 326 | 393 | 18.329499 | 83 |
manufacturing cost | 12665 | 16582 | 18.328826 | 76 |
manufacturing plant | 5765 | 9158 | 18.328548 | 63 |
edm machining | 378 | 488 | 18.328455 | 77 |
distributed control system (dcs) | 648 | 1010 | 18.323644 | 64 |
extrusion-based additive manufacturing | 295 | 340 | 18.321391 | 87 |
fossil depletion | 276 | 307 | 18.321296 | 90 |
3d printers | 1608 | 2858 | 18.321014 | 56 |
design for additive manufacturing (dfam) | 253 | 268 | 18.320885 | 94 |
computer numerical control machine | 305 | 358 | 18.319774 | 85 |
internet accessibility | 278 | 311 | 18.318630 | 89 |
advanced manufacturing technology | 878 | 1467 | 18.318554 | 60 |
sustainable industry | 372 | 480 | 18.318485 | 78 |
life cycle thinking | 529 | 780 | 18.317893 | 68 |
rapid prototyping techniques | 461 | 649 | 18.316470 | 71 |
korean manufacturing | 328 | 400 | 18.316400 | 82 |
lsi1 | 1747 | 3121 | 18.315657 | 56 |
value stream mapping | 1053 | 1813 | 18.315289 | 58 |
complex manufacturing systems | 326 | 397 | 18.314048 | 82 |
life cycle perspective | 839 | 1394 | 18.313871 | 60 |
tablet manufacturing | 305 | 360 | 18.311344 | 85 |
wire-arc additive manufacturing | 243 | 253 | 18.311285 | 96 |
tire manufacturing | 594 | 911 | 18.311057 | 65 |
laser additive manufacturing (lam) | 253 | 270 | 18.309897 | 94 |
human toxicity | 1327 | 2348 | 18.309634 | 57 |
laser powder bed fusion additive manufacturing | 278 | 313 | 18.309042 | 89 |
manufacturing assembly | 340 | 424 | 18.308329 | 80 |
open innovation practices | 251 | 267 | 18.307849 | 94 |
global innovation index | 283 | 322 | 18.307701 | 88 |
manufacturing technology | 11517 | 15653 | 18.307329 | 74 |
manufacturing development | 446 | 624 | 18.306906 | 71 |
wire edm | 620 | 965 | 18.306489 | 64 |
smart production | 420 | 575 | 18.304733 | 73 |
machining method | 1959 | 3523 | 18.304569 | 56 |
micro- and nanofabrication | 274 | 307 | 18.304478 | 89 |
access to infrastructure | 290 | 335 | 18.304468 | 87 |
cradle to gate | 341 | 427 | 18.304124 | 80 |
flexible robotic | 617 | 962 | 18.301446 | 64 |
value stream map | 1142 | 2002 | 18.300988 | 57 |
prototyping method | 808 | 1343 | 18.300804 | 60 |
material removal rate (mrr) | 2295 | 4123 | 18.299920 | 56 |
integrated circuit manufacturing | 420 | 577 | 18.299270 | 73 |
micro manufacturing | 291 | 338 | 18.298959 | 86 |
international manufacturing | 390 | 520 | 18.298938 | 75 |
manufacturing education | 359 | 462 | 18.298240 | 78 |
design for manufacturing (dfm) | 292 | 340 | 18.297951 | 86 |
opc ua | 639 | 1008 | 18.297719 | 63 |
community innovation survey | 502 | 737 | 18.297100 | 68 |
manufacturing factories | 342 | 431 | 18.296403 | 79 |
sustainability performance | 1967 | 3555 | 18.295255 | 55 |
industry automation | 345 | 437 | 18.294798 | 79 |
production manufacturing | 360 | 465 | 18.294461 | 77 |
energy-intensive industries | 516 | 766 | 18.293935 | 67 |
manufacturing plan | 6744 | 10552 | 18.293652 | 64 |
additively manufactured metal | 314 | 381 | 18.291615 | 82 |
university-industry relation | 287 | 333 | 18.289585 | 86 |
Download
If you want to run the full query on Scopus.com, simply click the button below. The query will be stored in your clipboard, and you can then paste it in Scopus Advanced Search.