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2018年亚洲结构与多学科优化会议

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发表于 2018-1-23 09:33 | 显示全部楼层 |阅读模式
学术会议
会议名称: The Asian Congress of Structural and Multidisciplinary Optimization 2018
所属学科: 运筹学与控制论,一般力学与力学基础
会议类型: 国际会议
论文是否检索: 不详 
开始时间: 2018-05-21
结束时间: 2018-05-24
会议地点: 大连市
主办单位: 大连理工大学
承办单位:
摘要截稿时间: 2018-02-05
全文截稿时间: 2018-03-20
联系人: Man Guan
联系电话: -
电子邮件: acsmo2018@163.com
通讯地址:
邮编: -
网址: http://www.acsmo2018.org/index.asp

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会议简介:

  On behalf of the organizing committee, we are very pleased to invite you to participate in the Asian Congress of Structural and Multidisciplinary Optimization 2018 (ACSMO2018) to be held in Dalian, China, May 21-24, 2018.

  Structural and multidisciplinary optimization is a hot topic in both theoretical research and engineering applications. Following the successful eight CJK-OSM conferences and one ACSMO congress, the ACSMO 2018 will be held in the famous tourist city Dalian, China during May 21-24, 2018. As before this will be a forum for exchange of recent research ideas and fostering from various fields, with several new topics included. The scope is, however, not limited to those listed.

征稿主题:
  1. Optimization Methods
  1.1 Optimization theories and algorithm
  1.2 Design sensitivity analysis and global optimization
  1.3 Parallel (or grid) computing in optimization
  1.4 Multiobjective optimization
  1.5 Probabilistic, heuristic, stochastic, evolutionary method

  2. Shape and Topology Optimization

  3. Design under Uncertainty
  3.1 Uncertainty propagation analysis
  3.2 Reliability analysis and design optimization
  3.3 Robust design optimization
  3.4 Model verification and validation
  3.5 Time-dependent reliability analysis and design

  4. Approximations, Surrogates, and Metamodeling
  4.1 Approximation techniques
  4.2 Approximation-based design optimization
  4.3 Error and convergence study
  4.4 Model order reduction and benchmarking studies

  5. Optimization in Engineering Applications
  5.1 Acoustic-vibration problems
  5.2 Additive manufacturing
  5.3 Condition monitoring, damage detection
  5.4 Metamaterials
  5.5 Multiscale and multiphysics problems
  5.6 Noise/vibration suppression and control
  5.7 Smart structure and energy harvesting

  6. Optimization in Core Engineering Areas
  6.1 Aerospace engineering
  6.2 Architecture
  6.3 Automotive engineering
  6.4 Bioinspired and biomedical engineering
  6.5 Civil engineering
  6.6 Electronics, electrical systems and appliances
  6.7 Industrial engineering
  6.8 Naval/ocean engineering
  6.9 Renewable energy (wind, solar, etc.)


  7. Other Topics

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