Abstract :
The paper studies the promising vehicle configurations, in particular, amphibious snowmobile-gliders (ASG) with elastic-damping cab suspension. The aim of the study is simulation of ASG dynamic loading processes when driving on uneven ground, and optimization of the elastic-damping cab suspension performance. The study was conducted by mathematical simulation on the PC such a solution requires careful calculation of the suspension parameters using the ASG mathematical model. We designed the calculation scheme and the mathematical model of dynamic loading for the ASG with elastic damping cab suspension. This approach was implemented as a software package for a PC with visualization of calculation results
Keyword :
amphibious snowmobile-glider; dynamic loading; mathematical model of elastic damping suspension; optimization ,the cabin and ski-wheel.