Vertical wheel load and tire pressure are both easily managed parameters which play a
significant role in tillage operations for limiting slip which involves energy loss. This aspect to …

For military all-terrain vehicles, there is a need to radically increase tactical and operational
mobility through new modalities by fundamentally improving vehicle terrain control. By …

In agriculture, tractor is the most fuel-consuming machine. The research indicates that 20–
55% of available tractor power is lost in the process of interaction between tires and soil …

Highlights•Tyre pressures were identified that generate an appropriate lead of the front
wheels.•Relationship was identified between tyre pressure combinations and fuel …

There is a need to radically increase mobility of terrain vehicles through new modalities of
vehicle locomotion, ie, by establishing a new technological paradigm in vehicle dynamics …

Most previous researches indicate that about 20–55% of available tractor power is lost in the
process of interaction between tires and soil surface. Vertical wheel loads and tire …

Tractive efficiency is of major concern to agricultural tractors manufacturers, end-users and
to society as well, both for economical and environmental reasons. In this article, a traction …

Preceding researches proved that improper driving lead of tractor front wheels results in
power circulation in transmission system, excessive wear of tires, premature rough ride …

A detailed analysis of scientific research directions and methods in ground vehicle dynamics
and vehicle system dynamics during the past century is presented in this article. What …

The optimization design of chassis integrated system mainly involves steering, suspension
and brake subsystems, which is essentially a multidisciplinary design optimization. This …