 |
|
|
Technical Papers
SAE 900106
Skidmark Signatures of ABS-Equipped Passenger Cars
L. Daniel Metz
University of Illinois at Urbana-Champaign
Roland L. Ruhl
Ruhl and Associates - Freeport, IL
An experimental study was performed in order to determine whether or not ABS equipped automobiles leave skidmark signatures during emergency braking. The purpose of the study was to determine the feasibility of using conventional accident reconstruction methods on ABS equipped cars. Vehicles were braked from 65 mph (105 kph) on both asphalt and brushed concrete surfaces. A 1988 BMW 325 ES, a 1989 Mazda 626, a 1989 Nissan Maxima, a 1989 Oldsmobile Touring Sedan and a 1989 Toyota Supra Turbo were used as test vehicles. A 1987 Dodge Lancer, without ABS, was tested as a control vehicle. Data taken included stopping distance, skid mark lengths and deceleration rate. Vehicle handling and skid mark visibility were also noted.
The experimental program showed that ABS equipped automobiles produce no descernable skidmarks under emergency, dry pavement braking conditions. Under such circumstances, a number of accident reconstruction techniques based on skidmark length measurements have to be abandoned.
Copyright 1990 Society of Automotive Engineers, Inc
For a complete copy of this paper, contact:
Society of Automotive Engineers
400 Commonwealth Drive
Warrendale, PA 15096-0001
(724) 776-4841 (phone)
(724) 776-5760 (fax)
SAE 2006-01-3479
Evaluation of the SIMON Tractor-Semitrailer Model for Steady State and Transient Handling
SAE 2006-01-3557
Usable Models for Free and Forced Cooling of Commercial Vehicle Drum Brakes
SAE 2006-01-3556
Comparison of Established Heavy Brake Heating / Cooling Models with HVE Brake Designer in a Real Mountain Accident
RF2005-01
Commercial Vehicle Onboard Electronics - Global Positioning Systems, Engine Control Modules and Safety Systems and Devices
IMECE2004-59566
Analysis of a Common Cause Hypothesis in a Forensic Product Defect Analysis
SAE 2004-01-2717
Safety Concerns in Automatic Control of Heavy-Duty Articulated Vehicles
SAE 2003-01-3393
Numerical Methods for Evaluating ECM Data in Accident Reconstruction and Vehicle Dynamics
SAE 2003-01-3363
Development of a Dynamic Model of an Air-ride Seat for On-highway Trucks
SAE 2003-01-3419
Simulation of Intelligent Convoy with Autonomous Articulated Commercial Vehicles
SAE 2002-01-3104
Factors Affecting the Friction Coefficients Between Wooden and Plastic Pallets and the Wooden Floor Of A Van-type Semi-trailer
SAE 2002-01-1566
Overview of Carat-4, a Multi-body Simulation and Collision Modeling Program
SAE 2001-01-2755
Factors Affecting the Friction Coefficients Between Wooden Pallets and the Wooden Floor of a Van-type Semi-trailer
SAE 2001-01-2733
Feasibility of Modifying an Existing Semi-Trailer Air Suspension Into An Anti-Rollover System
SAE 2000-01-3476
Fluid Load Analysis Within the Static Roll Model
SAE 2000-01-1616
Utilizing a Genetic Algorithm to Optimize Vehicle Simulation Trajectories: Determining Initial Velocity of a Vehicle in Yaw
RF2000-01
The Post-Kumho Exclusion of a Traffic Accident Reconstruction Expert
SAE 1999-01-3782
A Prototype Computer Based Test System to Test Commercial Vehicle Air Brake Systems: Application and Test Results
SAE 1999-01-3732
Dynamics and Roll Stability of a Loaded Class 8 Tractor-Livestock Semi-Trailer
SAE 973261
Prediction of Steady State Roll Threshold for Loaded Flat Bed Trailers - Theory and Calculation
SAE 971033
Ventilated Brake Rotor Air Flow Investigation
SAE 900106
Skidmark Signatures of ABS-Equipped Passenger Cars
SAE 880066
Combining Scene Data with Trajectory Information for Effective Accident Simulation
|
|
