Highway with a design speed of 100 km per hour is design with us and curved connecting a descending gradient of 3% with an ascending gradient of 5% 1.If comfort is the primary design criterion assuming a vertical radian acceleration of 0.3 m per second square calculate the required length of the sug curve 2. If a bridge structure were to be located within the sag curve with a required clearance height of 5.7 m than assuming a driver's a height of 2 m and an object height of 0.26 m calculate the required length of the sag curve is the stopping sight distance is 215 m
Highway with a design speed of 100 km per hour is design with us and curved connecting a descending gradient of 3% with an ascending gradient of 5% 1.If comfort is the primary design criterion assuming a vertical radian acceleration of 0.3 m per second square calculate the required length of the sug curve 2. If a bridge structure were to be located within the sag curve with a required clearance height of 5.7 m than assuming a driver's a height of 2 m and an object height of 0.26 m calculate the required length of the sag curve is the stopping sight distance is 215 m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Highway with a design speed of 100 km per hour is design with us and curved connecting a descending gradient of 3% with an ascending gradient of 5%
1.If comfort is the primary design criterion assuming a vertical radian acceleration of 0.3 m per second square calculate the required length of the sug curve
2. If a bridge structure were to be located within the sag curve with a required clearance height of 5.7 m than assuming a driver's a height of 2 m and an object height of 0.26 m calculate the required length of the sag curve is the stopping sight distance is 215 m
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