Test System for Pressure Pulsation in Centrifugal Pump Based on Virtual Instrument Technology
p.724
p.724
An Efficient Image-Based Method for Detection of Fastener on Railway
p.731
p.731
Low-Cost Fastener Inspection System on High-Speed Railway
p.738
p.738
Synthesis and Characterization of Strong Polar Macroporous Resin Made from Cellulose
p.743
p.743
Use the Combination Finite Element Method to Solve the Crack Cylinder of the Torsion Problem
p.751
p.751
Application of Wavelet Analysis in Transient Electromagnetic Sounding
p.757
p.757
Simulation for Microwave Nondestructive Detection of Thickness and Delamination in Layered-Dielectric in Metallic Substrate
p.764
p.764
Analysis of the Difference between Static and Dynamic Performance of Copper Cylinder Pressure Measurement and the Correcting Method
p.772
p.772
The Performance Test for Trigger Switch of Underwater Plasma Acoustic Source
p.780
p.780
Use the Combination Finite Element Method to Solve the Crack Cylinder of the Torsion Problem
Abstract:
Based on Muskhelishvili’s theoretical expressions of the Saint-Venant’s problem, using the combination of Crack3D code and Ansys software, a new combination finite element method to calculate the Saint-Venant’s torsion problem including crack is proposed. In order to illustrate its application, the numerical examples for a torsion cylinder with crack are given and the numerical results are satisfactory.
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Info:
Periodical:
Advanced Materials Research (Volume 346)
Pages:
751-756
Citation:
Online since:
September 2011
Authors:
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