Structural Optimization of Building Materials Using Optimality Criteria Approach and its Realization in ANSYS

Ruo Hong Zhao

doi:10.4028/www.scientific.net/AMR.321.55

Paper Titles

Design of Sine-Wave Control System of BLDCM Regarding a New Permanent-Magnet Material
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Research on Dynamic Analysis Ability of STPS for Non-Stationary Noise of Ceramic Paste Inner Stress
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Study on Dynamic Analysis of WT for Ceramic Paste Inner Stress
p.46

Research on Guiding Strategies of VMS and their Effects Based on Intelligent Materials
p.50

Structural Optimization of Building Materials Using Optimality Criteria Approach and its Realization in ANSYS
p.55

A COM Approach for Designing and Implementing a Material and Energy Statistical Analysis System
p.59

Synthesis, Structural Characterization and Photoluminescence of Six-Coordinated Zn(II) Complex Material
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Preparation, Spectral Characterization and Fluorescence Property of Schiffbase Mg(II) Complex Material
p.67

Particle Swarm Optimization MPPT Method for PV Materials in Partial Shading
p.72

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Structural Optimization of Building Materials Using Optimality Criteria Approach and its Realization in ANSYS

Abstract:

In this paper, the structural optimization of building materials is discussed focusing on the explicit formulation of the constraints and the optimal iteration algorithm. The whole optimization procedure was realized by programming using the APDL provided by the commercial software ANSYS. Some key points in programming are discussed such as how to determine a design variable is active or inactive during optimization iteration process. Finally an example was illustrated to demonstrate the validation of the optimization algorithm and the programming method using APDL.