 | Define different horizontal curve elements and their relationships |
| Calculate sight distance on horizontal curve as a function of the middle
ordinance, the radius and the angle |
| Relate horizontal curve design standards to traffic safety
considerations |
| Identify AASHTO five methods of distributing superelevation and
coefficient of side friction over a range of curves |
| Determine appropriate maximum super elevation based of different design
consideration |
| Determine appropriate maximum coefficient side friction based of
different design consideration |
| Relate maximum superelevation and coefficient of side friction to
horizontal curve radius |
| Define different type of transition curves |
