Braking

A computer model of driving behavior: the highway intersection situation

by Edwin A. Kidd, Kenneth R. Laughery

Driver behaviour during braking

T. P. Newcomb.

Evaluation of two transport aircraft and several ground test vehicle friction measurements obtained for various runway surface types and conditions: a summary of test results from Joint FAA/NASA Runway Friction Program

Thomas J. Yager, William A. Vogler and Paul Baldasare.

Independent Orbiter assessment: analysis of the nose wheel steering subsystem

[prepared by A.S. Mediavilla].

Driver error

United States. Bureau of Land Management. Portland Service Center

Computer simulation of the effect of road roughness on tire-pavement forces in braking and corning

P. F. Bohn and H. D. Dunkle.

Tri-level study, modification: task 1, final report on the potential benefits of various improvements in vehicle systems in preventing accidents or reducing their severity

John A. Treat, Robert A. Romberg ; prepared for U.S. Department of Transportation, National Highway Traffic Safety Administration.

Tri-level study, modification: task 1, final report on the potential benefits of various improvements in vehicle systems in preventing accidents or reducing their severity

John A. Treat, Robert A. Romberg ; prepared for U.S. Department of Transportation, National Highway Traffic Safety Administration

Report of the Virginia Transportation Research Council on tables of speed and stopping distances contained in [section] 46.2-880 of the Code of Virginia to the Governor and the General Assembly of Virginia.

Virginia Transportation Research Council.

An investigation of the utility and accuracy of the table of speed and stopping distances specified in the Code of Virginia

Jack D. Jernigan, Meltem F. Kodaman.