Studies of Computational Model Simulation for Nitrogen Removal Based on ASM1
p.228
p.228
The Development of E-Learning System for Fractal Big Tree Graphics Based on Iterated Function System
p.233
p.233
A Discussion on Evaluation system of Disaster Prevention and Mitigation Resources in Community
p.240
p.240
A Study on Optimized Method of Task Scheduling Oriented Cloud Computing Environment
p.245
p.245
Strip Rolling Mill Random Vibration Analysis Based on Pseudo-Excitation Method
p.250
p.250
Simulation of Slope Stability
p.255
p.255
Study on Power Balance Control in Full Hybrid System
p.259
p.259
Inverse Kinematics Analysis of 5-DOF Robot Manipulators Based on Virtual Joint Method
p.265
p.265
Motion Control of Mobile Robot Based on Immune Clonal Algorithm Evolved by Virus
p.269
p.269
Strip Rolling Mill Random Vibration Analysis Based on Pseudo-Excitation Method
Abstract:
The five-octave mill stochastic dynamics model was established, and then constructed the virtual rolling force excitation, converted random excitation into the rolling force deterministic harmonic excitation by taking advantage of pseudo-excitation method, finally the variance and power spectral density dynamic random changes in the roll gap was Obtained . The results show that the emergence degree of rolled-strip oscillation marks is proportional to random rolling force power spectral density, and in over the five-octave frequency, the roll gap’s dynamic variance no longer change.
You might also be interested in these eBooks
Info:
Periodical:
Applied Mechanics and Materials (Volumes 143-144)
Pages:
250-254
Citation:
Online since:
December 2011
Authors:
Price:
Permissions: