The Absolute Torsion of Circular Shaft and Neutral Cross-Section

Qiang Luo; Liang Bin Qin

doi:10.4028/www.scientific.net/AMR.919-921.1325

Paper Titles

Numerical Simulation for the Effects of Ice Thickness on the Overhead Transmission Cable Tension
p.1307

Numerical Simulation of Non-Contoured Aerial Cable Tension
p.1312

Some New Results on k-Circulant Matrices
p.1317

Studying a Sort of Special Circumstance of Variance Estimation of Unit Weight
p.1321

The Absolute Torsion of Circular Shaft and Neutral Cross-Section
p.1325

The Calculation of the Dynamic Problem for the Beam with Arbitrary Boundary Condition by Method of Convolution-Type Point Collocation
p.1330

The Compilation of Nonlinear Analysis Program for Externally Prestressed Concrete Beams
p.1334

The Study of Compactly Supported Orthogonal Two-Direction Vector-Valued Wavelet Packet
p.1340

An Improved Method of Determining the Disturbed State Concept Model Parameters
p.1345

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 919-921The Absolute Torsion of Circular Shaft and Neutral...

The Absolute Torsion of Circular Shaft and Neutral Cross-Section

Abstract:

Mechanics of materials are based on the relative deformation to discuss the calculation of the circular shaft torsion deformation, But the relative torsion angle can not reflect the real deformation of a specific cross-section. According to the plane hypothesis, to discuss the absolute deformation of several common shaft withstand the simple torque, defined the neutral cross-section of torsion deformation and given the method to calculate absolute torsion angle, for the rational design of engineering components have a certain reference value.