A Comparison of Aircraft and Ground Vehicle Stopping Performance on Dry, Wet, Flooded, Slush-, Snow-, and Ice-Covered Runways
Comparison of aircraft and surface vehicle stopping performance under varying runway conditions
Horne, W. B.↗
Engineering topics
Yager, T. J.
Publications and source records attributed to Yager, T. J..
Recent studies on effects of runway grooving on airplane operations.
Runway grooving to improve aircraft tire traction in adverse weather tested by F-4D and Convair 990A under wet conditions
Joyner, U. T.↗
Comparative braking performance of various aircraft on grooved and ungrooved pavements at the landing research runway, NASA Wallops Station
Comparative braking performance of various aircraft on grooved and ungrooved pavements
Yager, T. J.↗
NASA studies on effect of grooved runway operations on aircraft vibrations and tire wear
NASA studies on effect of grooved runways on aircraft vibrations and tire wear
Yager, T. J.↗
Review of causes and alleviation of low tire traction on wet runways
Dynamic hydroplaning, viscous hydroplaning, and tire tread rubber reversion effects on tire traction on wet runways
Horne, W. B.↗
Recent research on ways to improve tire traction on water, slush or ice.
Tire traction on wet runways, possible improvement via jets mounted ahead of tires and pavement grooving
AIRCRAFT TIRE↗