In recent times, electric vehicles (EV) are gaining a lot of attention as they run clean and are
environment friendly. Recent advances in the applications of integrating control systems in …

This article presents a nonlinear displacement based finite elements model to study and
analyze the nonlinear dynamic response of flexible double wishbone structural vehicle …

This paper focuses on controlling traction for a four-wheel electric vehicle by using the
longitudinal slip ratio control technique. By keeping the slip ratio value inside an optimal …

Suspension systems are essential in vehicles to provide both passenger comfort and
vibration isolation from road bumps. It is necessary to develop a comprehensive numerical …

There are two objectives of this work. First is to develop a detailed mathematical model of a
vehicle. The second is to develop a controller which makes the vehicle follow desired …

Quarter-car models are popular, simple, unidirectional in kinematics and enable quicker
computation than full-car models. However, they do not account for three other wheels and …

This paper presents an investigation into the performance of in-wheel motor (IWM) based
electric vehicles (IWM-EV) in the longitudinal direction. The design of IWM-EV is an …

The experimental approach is usually used as a way to test, modify or optimize vehicle sub-
system characteristics. This approach is a time-consuming process, costly and with various …

In the framework of dynamic finite element methodology, this articleinvestigates the free and
forced vibration behaviors of functionally graded double wishbone structural systems …

This thesis has four parts. In the first part, a theoretical formulation was developed to extend
a simple quarter car model to incorporate frame flexibility, inertia effects and other-wheel …