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Dynamic characteristic analysis of key parts of CX8075 machining center based on ANSYS workbench

Tao Zheng

Open publisher page 2 citations

Abstract

Based on ANSYS Workbench software of finite element analysis,dynamic performance of key parts of CX8075 vertical machining center is analyzed,and then the design for tool base is optimized,which can increase the natural frequencies of key parts and meet the demand of the design of machining center.In primary design for the tool,one FEM is built with finite element theory.With the structural improvement based on FEM analysis,both the part and overall unit with better static and dynamic performance are designed.The application of these new methods not only improves the working capability and machining precision of the new machine tool,but also reduces the development costs and development cycle of the new production.

About this research paper

What this paper is about

Based on ANSYS Workbench software of finite element analysis,dynamic performance of key parts of CX8075 vertical machining center is analyzed,and then the design for tool base is optimized,which can increase the natural frequencies of key parts and meet the demand of the design of machining center.In primary design for the tool,one FEM is built with finite element theory.With the structural improvement based on FEM analysis,both the part and overall unit with better static and dynamic performance are designed.The application of these new methods not only improves the working capability and machining precision of the new machine tool,but also reduces the development costs and development cycle of the new production.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

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Method / approach

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Main findings

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Available abstract

Based on ANSYS Workbench software of finite element analysis,dynamic performance of key parts of CX8075 vertical machining center is analyzed,and then the design for tool base is optimized,which can increase the natural frequencies of key parts and meet the demand of the design of machining center.In primary design for the tool,one FEM is built with finite element theory.With the structural improvement based on FEM analysis,both the part and overall unit with better static and dynamic performance are designed.The application of these new methods not only improves the working capability and machining precision of the new machine tool,but also reduces the development costs and development cycle of the new production.

Key concepts: Workbench, Machining, Finite element method, Key (lock), Machine tool, Engineering, Center (category theory), Mechanical engineering

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