Designing interior space for drivers of passenger vehicle

The current study is a review of our previous papers with certain improvements, so it proves the hypothesis that passenger vehicles are still not sufficiently adapted to man in terms of ergonomics, especially from the aspect of interior space. In the ergonomic adjustment of passenger vehicles, the l...

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Main Authors: Spasojević-Brkić Vesna K., Klarin Milivoj M., Brkić Aleksandar D., Sajfert Zvonko D.
Format: Article
Language:English
Published: Savez inženjera i tehničara Srbije 2014-01-01
Series:Tehnika
Subjects:
Online Access:http://scindeks-clanci.ceon.rs/data/pdf/0040-2176/2014/0040-21761402317S.pdf
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spelling doaj-aca9bec9c2be43189204844f169d989e2020-11-24T23:33:05ZengSavez inženjera i tehničara SrbijeTehnika0040-21762560-30862014-01-0169231732510.5937/tehnika1402317S0040-21761402317SDesigning interior space for drivers of passenger vehicleSpasojević-Brkić Vesna K.0Klarin Milivoj M.1Brkić Aleksandar D.2Sajfert Zvonko D.3University of Belgrade, Faculty of Mechanical Engineering, Belgrade, SerbiaUniversity of Novi Sad, Technical Faculty, Zrenjanin, SerbiaUniversity of Belgrade, Faculty of Mechanical Engineering, Belgrade, SerbiaUniversity of Novi Sad, Technical Faculty, Zrenjanin, SerbiaThe current study is a review of our previous papers with certain improvements, so it proves the hypothesis that passenger vehicles are still not sufficiently adapted to man in terms of ergonomics, especially from the aspect of interior space. In the ergonomic adjustment of passenger vehicles, the limits of anthropomeasures and technical limitations, are the most important. The methodology mainly uses operative investigations, and the 'man-vehicle' system is optimized within existing limitations. Here, we also explain original methodology for modeling that space. The fact that there is a point '0' as the origin point of a coordinate system with x, y and z axes of the man-vehicle system, which can be considered to be more or less fixed, enabled us to determine more accurately the mechanical and mathematical codependence in this system. The paper also proves that the anthropomeasures of length have mechanical and mathematical functions which also determine the width, i.e. all three dimensions and provides the design of the space behind the windscreen glass, the position of the steering wheel and the position of the foot commands with space for feet and knees determined, as well as the total space which the driver occupies. It is proved that the floor-ceiling height of a vehicle is primarily affected by the anthropomeasures of seating height and lower leg, while width is affected by the anthropomeasures of lower and upper leg and only then by shoulder width, so that the interior space for the driver of a passenger vehicle is 1250 mm and the width for knees spread at seat level is 926 mm maximum.http://scindeks-clanci.ceon.rs/data/pdf/0040-2176/2014/0040-21761402317S.pdfpassenger vehicledriveroptimal interior space
collection DOAJ
language English
format Article
sources DOAJ
author Spasojević-Brkić Vesna K.
Klarin Milivoj M.
Brkić Aleksandar D.
Sajfert Zvonko D.
spellingShingle Spasojević-Brkić Vesna K.
Klarin Milivoj M.
Brkić Aleksandar D.
Sajfert Zvonko D.
Designing interior space for drivers of passenger vehicle
Tehnika
passenger vehicle
driver
optimal interior space
author_facet Spasojević-Brkić Vesna K.
Klarin Milivoj M.
Brkić Aleksandar D.
Sajfert Zvonko D.
author_sort Spasojević-Brkić Vesna K.
title Designing interior space for drivers of passenger vehicle
title_short Designing interior space for drivers of passenger vehicle
title_full Designing interior space for drivers of passenger vehicle
title_fullStr Designing interior space for drivers of passenger vehicle
title_full_unstemmed Designing interior space for drivers of passenger vehicle
title_sort designing interior space for drivers of passenger vehicle
publisher Savez inženjera i tehničara Srbije
series Tehnika
issn 0040-2176
2560-3086
publishDate 2014-01-01
description The current study is a review of our previous papers with certain improvements, so it proves the hypothesis that passenger vehicles are still not sufficiently adapted to man in terms of ergonomics, especially from the aspect of interior space. In the ergonomic adjustment of passenger vehicles, the limits of anthropomeasures and technical limitations, are the most important. The methodology mainly uses operative investigations, and the 'man-vehicle' system is optimized within existing limitations. Here, we also explain original methodology for modeling that space. The fact that there is a point '0' as the origin point of a coordinate system with x, y and z axes of the man-vehicle system, which can be considered to be more or less fixed, enabled us to determine more accurately the mechanical and mathematical codependence in this system. The paper also proves that the anthropomeasures of length have mechanical and mathematical functions which also determine the width, i.e. all three dimensions and provides the design of the space behind the windscreen glass, the position of the steering wheel and the position of the foot commands with space for feet and knees determined, as well as the total space which the driver occupies. It is proved that the floor-ceiling height of a vehicle is primarily affected by the anthropomeasures of seating height and lower leg, while width is affected by the anthropomeasures of lower and upper leg and only then by shoulder width, so that the interior space for the driver of a passenger vehicle is 1250 mm and the width for knees spread at seat level is 926 mm maximum.
topic passenger vehicle
driver
optimal interior space
url http://scindeks-clanci.ceon.rs/data/pdf/0040-2176/2014/0040-21761402317S.pdf
work_keys_str_mv AT spasojevicbrkicvesnak designinginteriorspacefordriversofpassengervehicle
AT klarinmilivojm designinginteriorspacefordriversofpassengervehicle
AT brkicaleksandard designinginteriorspacefordriversofpassengervehicle
AT sajfertzvonkod designinginteriorspacefordriversofpassengervehicle
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