The paper describes a research project which examined the potential benefits of increasing the allowed lengths of heavy goods vehicles in Europe to foster improved aerodynamics and safety. A concept vehicle was analyzed using the SAMMIE Digital Human Modelling system through the use of a novel technique which allows the volume of space visible to drivers to be visualized and quantified. The technique was used to quantify the size of blind spots for the concept vehicle and a baseline existing vehicle. This concept was then further iterated to improved direct vision from the cab. The results indicate that the addition of aerodynamic front sections to existing vehicle cabs has minor benefits for improved direct vision from vehicle cabs, and th...
To address the issues of environmental pollution and sustainability in transportation, the DLSU Eco ...
Accidents between vulnerable road users and trucks have been linked to the inability of drivers to d...
This paper concerns the development of a new volumetric vision assessment for Digital Human Modellin...
The paper describes a research project which examined the potential benefits of increasing the allow...
AbstractThe paper describes a research project which examined the potential benefits of increasing t...
The research described in this report has been performed by Loughborough Design School (LDS) under t...
The aim of the study is to understand the nature of blind spots in the vision of drivers of Large Go...
The aim of the study was to understand the nature of blindspots in the vision of drivers of trucks c...
This paper presents research into driver vision and methods to quantify the field of view afforded a...
Driver vision from vehicles is a long standing issue. One highly topical scenario includes accident...
This paper presents research into the quantification and evaluation of driver's field of view (FOV) ...
The paper described the contribution of the Design Ergonomics Group (DEG) in the Loughborough Design...
This report describes the work undertaken in fulfilment of Phase 2 of the research project relating ...
Current regulations for field of view requirements in road vehicles are defined by 2D areas projecte...
This paper presents research performed on behalf of Transport for London in the UK addressing the ov...
To address the issues of environmental pollution and sustainability in transportation, the DLSU Eco ...
Accidents between vulnerable road users and trucks have been linked to the inability of drivers to d...
This paper concerns the development of a new volumetric vision assessment for Digital Human Modellin...
The paper describes a research project which examined the potential benefits of increasing the allow...
AbstractThe paper describes a research project which examined the potential benefits of increasing t...
The research described in this report has been performed by Loughborough Design School (LDS) under t...
The aim of the study is to understand the nature of blind spots in the vision of drivers of Large Go...
The aim of the study was to understand the nature of blindspots in the vision of drivers of trucks c...
This paper presents research into driver vision and methods to quantify the field of view afforded a...
Driver vision from vehicles is a long standing issue. One highly topical scenario includes accident...
This paper presents research into the quantification and evaluation of driver's field of view (FOV) ...
The paper described the contribution of the Design Ergonomics Group (DEG) in the Loughborough Design...
This report describes the work undertaken in fulfilment of Phase 2 of the research project relating ...
Current regulations for field of view requirements in road vehicles are defined by 2D areas projecte...
This paper presents research performed on behalf of Transport for London in the UK addressing the ov...
To address the issues of environmental pollution and sustainability in transportation, the DLSU Eco ...
Accidents between vulnerable road users and trucks have been linked to the inability of drivers to d...
This paper concerns the development of a new volumetric vision assessment for Digital Human Modellin...