Publication result detail

Lane Change Maneuver of Virtual Heavy Vehicle Equipped with Yaw Moment Control

FOJTÁŠEK, J.

Original Title

Lane Change Maneuver of Virtual Heavy Vehicle Equipped with Yaw Moment Control

English Title

Lane Change Maneuver of Virtual Heavy Vehicle Equipped with Yaw Moment Control

Type

Peer-reviewed article not indexed in WoS or Scopus

Original Abstract

The goal of this article is to present a method for preparing a virtual heavy commercial vehicle for the analysis of the right-left torque vectoring technology effect. Lateral torque vectoring systems are nowadays usually used in sports cars or in luxury personal cars to improve vehicle stability and handling performance. In this paper the heavy commercial vehicle equipped with the direct yaw moment control system is simulated by using the full vehicle ADAMS model.

English abstract

The goal of this article is to present a method for preparing a virtual heavy commercial vehicle for the analysis of the right-left torque vectoring technology effect. Lateral torque vectoring systems are nowadays usually used in sports cars or in luxury personal cars to improve vehicle stability and handling performance. In this paper the heavy commercial vehicle equipped with the direct yaw moment control system is simulated by using the full vehicle ADAMS model.

Keywords

Multibody model, heavy commercial vehicle, yaw moment control, single lane change maneuver

Key words in English

Multibody model, heavy commercial vehicle, yaw moment control, single lane change maneuver

Authors

FOJTÁŠEK, J.

RIV year

2017

Released

30.12.2016

ISBN

1801-674X

Periodical

Perners' Contacts

Volume

4

Number

XI

State

Czech Republic

Pages from

24

Pages to

31

Pages count

8

BibTex

@article{BUT131055,
  author="Jan {Fojtášek}",
  title="Lane Change Maneuver of Virtual Heavy Vehicle Equipped with Yaw Moment Control",
  journal="Perners' Contacts",
  year="2016",
  volume="4",
  number="XI",
  pages="24--31",
  issn="1801-674X"
}