| EN, publication_article_article_name |
Synthesis of four-bar linkage motion generation using optimization algorithms |
| EN, publication_article_accepted_date |
8 February 2019 |
| EN, publication_article_journal |
| EN, publication_article_journal_name |
Advances in Computational Design(ACD), An International Journal |
| EN, publication_article_journal_standard |
SCOPUS |
| EN, publication_article_institute |
Techno-Press: Publishers of international journals and conference proceedings , Editor-in-Chief : Prof. Thomas Kang |
| EN, publication_article_isbn |
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| EN, publication_article_year |
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| EN, publication_article_issue |
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| EN, publication_article_month |
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| EN, publication_article_print_year |
2019 |
| EN, publication_article_page |
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| EN, publication_article_abstract |
Motion generation of a four-bar linkage is a type of mechanism synthesis that has a wide range of applications such as a pick-and-place operation in manufacturing. In this research, the use of meta-heuristics for motion generation of a four-bar linkage is demonstrated. Three problems of motion generation were posed as a constrained optimization probably using the weighted sum technique to handle two types of tracking errors. A simple penalty function technique was used to deal with design constraints while three meta-heuristics including differential evolution (DE), self-adaptive differential evolution (JADE) and teaching learning based optimization (TLBO) were employed to solve the problems. Comparative results and the effect of the constraint handling technique are illustrated and discussed. |
| EN, publication_article_keyword |
mechanism synthesis; four-bar linkage; motion generation; constraint handling; Evolutionary algorithms |
| EN, publication_article_writer |
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| EN, publication_article_evaluation |
มีผู้ประเมินอิสระ |
| EN, publication_article_status |
ได้รับการตอบรับให้ตีพิมพ์ |
| EN, publication_article_level |
นานาชาติ |
| EN, publication_article_citation |
EN, publication_article_citation_true |
| EN, publication_article_part_of_thesis |
EN, publication_article_part_of_thesis_true |
| EN, publication_article_part_of_graduate |
EN, publication_article_part_of_graduate_false |
| EN, publication_attachment_file |
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| Citation |
0
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EN, publication_detail
EN, publication_article
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