<--- Back to Details
First PageDocument Content
Curves / Spirals / Differential geometry / Transport engineering / Curvature / Euler spiral / Fresnel integral / Racing line / Understeer and oversteer / Geometry / Mathematical analysis / Transport
Date: 2011-12-06 18:16:24
Curves
Spirals
Differential geometry
Transport engineering
Curvature
Euler spiral
Fresnel integral
Racing line
Understeer and oversteer
Geometry
Mathematical analysis
Transport

Heavy Vehicle Safe Cornering Speeds Dr Arnold McLean Introduction The Austroads[removed]publication provides a useful benchmark to the evaluate nominal safe cornering speed for a particular curve. The same specifically pr

Add to Reading List

Source URL: www.atrf.info

Download Document from Source Website

File Size: 40,22 KB

Share Document on Facebook

Similar Documents

The Weierstrass substitution in REDUCE Neil Langmead Konrad-Zuse-Zentrum f¨ ur Informationstechnik (ZIB) Takustrasse 7 DBerlin Dahlem

The Weierstrass substitution in REDUCE Neil Langmead Konrad-Zuse-Zentrum f¨ ur Informationstechnik (ZIB) Takustrasse 7 DBerlin Dahlem

DocID: 1ooeR - View Document

gnuplot or, How To Make Your Data Look Neat and Shiny Ron Ho

gnuplot or, How To Make Your Data Look Neat and Shiny Ron Ho

DocID: 1lIvi - View Document

Heavy Vehicle Safe Cornering Speeds Dr Arnold McLean Introduction The Austroads[removed]publication provides a useful benchmark to the evaluate nominal safe cornering speed for a particular curve. The same specifically pr

Heavy Vehicle Safe Cornering Speeds Dr Arnold McLean Introduction The Austroads[removed]publication provides a useful benchmark to the evaluate nominal safe cornering speed for a particular curve. The same specifically pr

DocID: TPaU - View Document

Some Divergent Trigonometric Integrals Erik Talvila 1. INTRODUCTION. Browsing through an integral table on a dull Sunday afternoon some time ago, I came across four divergent trigonometric integrals. I wondered how these

Some Divergent Trigonometric Integrals Erik Talvila 1. INTRODUCTION. Browsing through an integral table on a dull Sunday afternoon some time ago, I came across four divergent trigonometric integrals. I wondered how these

DocID: S7Ui - View Document

Auxillary  FRESNC FRESNC PURPOSE

Auxillary FRESNC FRESNC PURPOSE

DocID: DT08 - View Document