Secondary Developments of ANSYS for Temperature and Stress Field Simulation of Brake Disc Based on VB

Meng Ling Wu; Xiao Yu Zhu; Jian Yong Zuo

doi:10.4028/www.scientific.net/AMM.597.540

Paper Titles

An All-Digital, Cyclic and Synthesizable TDC in the ADPLL-Based Clocking Digital Systems for Multidomain Power Management
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A Novel Adaptive UKF and its Application in the SINS/GPS Integrated Navigation
p.521

A Variable Proportional Valve Braking Force Distribution Strategy Including SOC Constraints of Electric Vehicles
p.525

Finite Element Analysis of Key Component on Two Wheels Scooter
p.531

Multi-Objective Optimization for the Section Structure of Sandwich Plate Applied in the High-Speed Train Compartments
p.535

Secondary Developments of ANSYS for Temperature and Stress Field Simulation of Brake Disc Based on VB
p.540

Simplified Dynamics Modeling of Seat-Passenger in Vehicle Frontal Crash
p.544

Study on the Stress Variation Mechanism for the Rails under the Wheels Repeated Rolling Effects
p.551

SINS Transfer Alignment Based on Robust SDRE Filter
p.557

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 597Secondary Developments of ANSYS for Temperature...

Secondary Developments of ANSYS for Temperature and Stress Field Simulation of Brake Disc Based on VB

Abstract:

In the ANSYS finite element analysis with large-sized computer there is always a need for repeatedly modeling some similar questions. By using both the ANSYS for a secondary development platform and visual basic 6.0 for a visual operation interface, an APDL language is generated, so that a parametric modeling can be realized. With the help of the created software, the temperature and stress field contours of brake disc can be calculated and the efficiency of the calculation is enhanced.