Electrification of off-highway vehicles is notoriously challenging due to extreme power
density requirements. This article proposes and develops an axial flux machine integrated …

This paper presents an innovative design of an integrated electro-hydraulic (EH) flow
generation unit able to operate in multiple quadrants. The proposed unit is composed of a …

Since the traditional axial piston pumps have limitations to fulfill the development demands
of hydraulic pumps under the electrification trend and maintain a high volumetric efficiency …

Off-highway vehicles represent a major portion of US energy consumption and greenhouse
gas emissions. Electrifying or hybridizing these systems has the potential to yield substantial …

Axial flux machines offer an inherent torque density advantage over conventional radial flux
machines and are increasingly being considered for transportation electrification …

Electrification of off-highway vehicles offers the benefits of improved energy efficiency,
enhanced controllability, and reduction in greenhouse gas emissions. However, progress …

Integrated electrohydraulic pump (IEHP) is conceived as an innovative design concept to
achieve the higher power density, lower noise level, and leakage-free with respect to the …

There is a current trend towards the electrification of high force/torque density machines that
have traditionally been dominated by diesel engine driven hydraulics. Power dense electric …

Eccentric ball piston pump is a high power density hydraulic component. In this paper, a low
lateral force design method for an eccentric ball-piston pump is proposed to reduce the …

In mobile working machines, there is a trend towards replacing combustion engines by
electric machines to reduce their carbon footprint. This provides several advantages and …