The aim of the present paper was to develop and validate a heavy vehicle dynamics model for driving simulators. The model was thought to be open, with a high level of readability and flexibility for future understanding, modification and use. A stepwise increment of the model complexity was utilized to understand the most contributing factors and to obtain a model capable of running in real-time. The model has been validated objectively using a previously validated model and through subjective evaluation in a driving simulator
This work aimed at analysing the potential for the application of large driving simulators on the st...
The paper presents an approach for simulation model development adapted for low-cost simulators and ...
The authors examine in detail the fundamentals and mathematical descriptions of the dynamics of auto...
The aim of the present paper was to develop and validate a heavy vehicle dynamics model for driving ...
The aim of the present paper was to develop and validate a heavy vehicle dynamics model for driving ...
Driving simulators are a useful research tool in studies of vehicle and transport-related human mach...
VDTestS set out to probe the potential of a driving simulator in the field of vehicle dynamics testi...
Driving simulators play an important role in the automotive field, especially in the research about ...
A driving simulator reproduces the essential features of a vehicle and provides an interface for dir...
Driving simulators play an important role in research concerning mainly human factors and the develo...
This paper presents and describes recent extensions to the Vehicle Dynamics Library (VDL) for heavy ...
This research effort is geared towards better representation of vehicle dynamics in traffic simulati...
Driving simulators provide important opportunities to study interaction between the drivers and vehi...
The experimental approach is usually used as a way to test, modify or optimize vehicle sub-system ch...
With the rapid growth in the automotive industry, vehicles have become more complex and sophisticate...
This work aimed at analysing the potential for the application of large driving simulators on the st...
The paper presents an approach for simulation model development adapted for low-cost simulators and ...
The authors examine in detail the fundamentals and mathematical descriptions of the dynamics of auto...
The aim of the present paper was to develop and validate a heavy vehicle dynamics model for driving ...
The aim of the present paper was to develop and validate a heavy vehicle dynamics model for driving ...
Driving simulators are a useful research tool in studies of vehicle and transport-related human mach...
VDTestS set out to probe the potential of a driving simulator in the field of vehicle dynamics testi...
Driving simulators play an important role in the automotive field, especially in the research about ...
A driving simulator reproduces the essential features of a vehicle and provides an interface for dir...
Driving simulators play an important role in research concerning mainly human factors and the develo...
This paper presents and describes recent extensions to the Vehicle Dynamics Library (VDL) for heavy ...
This research effort is geared towards better representation of vehicle dynamics in traffic simulati...
Driving simulators provide important opportunities to study interaction between the drivers and vehi...
The experimental approach is usually used as a way to test, modify or optimize vehicle sub-system ch...
With the rapid growth in the automotive industry, vehicles have become more complex and sophisticate...
This work aimed at analysing the potential for the application of large driving simulators on the st...
The paper presents an approach for simulation model development adapted for low-cost simulators and ...
The authors examine in detail the fundamentals and mathematical descriptions of the dynamics of auto...