Open AccessMeasurement and Comparison Study of Road Roughness Conditions by using Two Compact Road Profiler for Evaluating Ride Quality
Author(s) -
Nueraihemaitijiang Abulizi,
Wei Mao,
Rehanguli Maimaiti,
Kazuya Tomiyama
Publication year - 2021
Publication title -
iop conference series. earth and environmental science
Language(s) - English
Resource type - Journals
eISSN - 1755-1307
pISSN - 1755-1315
DOI - 10.1088/1755-1315/791/1/012035
Subject(s) - ride quality , range (aeronautics) , international roughness index , crest factor , root mean square , computer science , transport engineering , quality (philosophy) , acceleration , road surface , automotive engineering , simulation , surface finish , engineering , telecommunications , civil engineering , bandwidth (computing) , electrical engineering , mechanical engineering , philosophy , physics , epistemology , classical mechanics , aerospace engineering
More recently, it is strongly required that road management involves a wide range of topics over the world and it must be considered from a perspective of customer-oriented levels of service and road administrators are requested to present a visual map of road network in terms of road network monitoring among others. To fulfill these requirements, firstly, this paper introduces new topics, which is related to two Compact Road Profiler (CRP) to monitor the road roughness conditions including localized distresses. In addition, we analyze road profile data considering two wheel paths by the survey vehicle, known as inner and outer wheel paths, and using a sophisticated driving simulator (DS) to evaluate ride quality conditions based on Power Spectrum Density (PSD) function to identify the sensitive range of ride quality. Finally, we calculate the Root Mean Square ( R.M.S ) and Crest Factor ( CF ) using vertical acceleration data of the passenger seat in DS. Consequently, it is shown that advanced evaluation of the ride quality under two wheel paths is performed. As regards standard for ride evaluation, ISO 2631 standard is adopted.