Cooling System Rotor Dynamics in Military Combat Vehicle

Combat Readiness Test: Design and Validation in the Iranian Military

Background and Aim: Physical fitness is a major contributor to combat readiness, and current military tests do not measure it appropriately. The purpose of this study was to design a combat readiness test that could reliably and consistently determine the level of physical fitness distinctly required prior to deployment into the battlefield. Methods: The subjects of this study were military per...

Rotor-bearing System Dynamics of a High

Performance Evaluation of an In-Wheel Motor Cooling System in an Electric Vehicle/Hybrid Electric Vehicle

High power and miniaturization of motors in an in-wheel drive system, which is installed inside the wheels of a vehicle, are required for directly driving the wheels. In addition, an efficient cooling system is required to ensure high driving performance and durability. This study experimentally evaluated the heat dissipation performance of a 35-kW-class large-capacity in-wheel motor equipped w...

Simulation Algorithms in Vehicle System Dynamics

Model based simulation in vehicle system dynamics relies on advanced methods for model setup, robust and efficient numerical solution techniques and powerful simulation tools for industrial applications. Most frequently the mechanical components are described by rigid or flexible multi-body system models that interact with electrical, hydraulic and other system components [1, 2], see also [3] f...

LMS Imagine.Lab AMESim Vehicle System Dynamics LMS Imagine.Lab Vehicle System Dynamics