Effects of Mechanical Vibration and Pouring Temperature on Solidified Structure of Superalloy K4169
p.332
p.332
GPU Accelerated Finite Element Simulation for Ultra-High Strength Steel Quenching
p.337
p.337
Managing Varnish of Turbine Oil
p.341
p.341
The Dynamic Simulation of Engine Slider-Crank Mechanism Based on ANSYS and ADAMS
p.347
p.347
The Dynamics Simulation of Tracked Vehicles on the Hard and Soft Ground Based on the RecurDyn
p.351
p.351
A Calibration Approach for the Parallel Kinematics Machines Tools Based on Error Sensitivity Analysis
p.355
p.355
The Particle Motion and Power Theory Analysis of Centrifugal Field
p.363
p.363
An Approach for Continuous Small Line Blocks High Speed Machining of Embedded Systems
p.367
p.367
Fatigue Crack Prediction of LC9 with Corrosion Damage Considering Effect of Load Frequency
p.374
p.374
The Dynamics Simulation of Tracked Vehicles on the Hard and Soft Ground Based on the RecurDyn
Abstract:
In order to accurately study a tracked vehicle movement on the ground in hard and soft features, this paper uses multi-body dynamics simulation software RecurDyn tracked vehicle subsystems Track (LM), establishing a three-dimensional multi-body vehicle dynamics model. For tracked vehicles at an inclination of 10 degrees slope, through the soft and hard ground steering process dynamics simulation and comparative analysis. This paper provides an accurate basis for the future in-depth research on Tracked vehicle.
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Info:
Periodical:
Advanced Materials Research (Volume 842)
Pages:
351-354
Citation:
Online since:
November 2013
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