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2014•Applied Mechanics and MaterialsRequires access

The Parametric Design of Scissors Lifting Platform Based on SolidWorks and Optimization Analysis

Wen Jiang, Xiu Yun Zhao, Huan Cui, Chang Chun Li

Open publisher page 1 citations

Abstract

In order to achieve parametric design of the various components and parametric assembly of scissor lift platform, this paper describes SolidWorks secondary development technology which is based on C# and application ACCESS database technology which is for parameters storing of various parts. Parametric design is achieved by programming code. Finally, to achieve light-weight design ,we use the finite element method to optimize the size of the model structure.

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What this paper is about

In order to achieve parametric design of the various components and parametric assembly of scissor lift platform, this paper describes SolidWorks secondary development technology which is based on C# and application ACCESS database technology which is for parameters storing of various parts. Parametric design is achieved by programming code. Finally, to achieve light-weight design ,we use the finite element method to optimize the size of the model structure.

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Available abstract

In order to achieve parametric design of the various components and parametric assembly of scissor lift platform, this paper describes SolidWorks secondary development technology which is based on C# and application ACCESS database technology which is for parameters storing of various parts. Parametric design is achieved by programming code. Finally, to achieve light-weight design ,we use the finite element method to optimize the size of the model structure.

Key concepts: Parametric design, Secondary development, Lift (data mining), Parametric statistics, Finite element method, Parametric model, Engineering drawing, Engineering

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