This study investigates longitudinal whole-body vibration in agricultural tractors powering a
large square baler. The aim is to test the hypothesis that four-wheel drive has an influence …

This paper describes an integrated wheel loader simulation model for improving
performance and energy flow. The proposed integrated wheel loader simulation model …

Energy management strategies for a power-split hydraulic hybrid wheel loader are studied
in this paper. The differences between the powertrain and the energy management system …

In the last years there is a growing interest in electric and hybrid electric propulsions due to
environmental concerns. In particular industrial vehicles are a promising field of application …

This paper presents gear ratio and shift schedule optimization strategies to improve energy
efficiency for the dynamic simulation of a wheel loader equipped with dual clutch …

Whole-body vibration is a health hazard for operators of construction machinery. The level of
whole-body vibration exposure on the operator is governed by three different factors; …

Stricter laws with regard to emission regulation and rising fuel costs have led to an
increasing demand for highly efficient mobile machinery. Electronic components and hybrid …

The front-end loader is an indispensable machine for the off-road construction equipment
industry. It is a classic example of a working machine with complex interactions between its …

This paper presents a wheel loader simulation model, validation results and energy flow
analysis. The developed simulation model will facilitate the performance evaluation and …

A study into alternative trajectories for wheel loaders working in short loading cycles has
been conducted, examining other patterns than the traditional V-or Y-cycle. Depending on …