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The SSD is 200m. Calculate the minimum setback distance (offset) from the inner edge of the road to the edge of a building to ensure safe visibility. The pavement width per lane is 3.5m. Use the equations (Thagesen & Robinson, 2004) M. 8(R – N) + N Or AASHTO (Geometric Design of Highways and Streets) m = R ( 28.65s cos R Compare vour answers and make comments

The SSD is 200m. Calculate the minimum setback distance (offset) from the inner edge of the road to the edge of a building to ensure safe visibility. The pavement width per lane is 3.5m. Use the equations (Thagesen & Robinson, 2004) M. 8(R – N) + N Or AASHTO (Geometric Design of Highways and Streets) m = R ( 28.65s cos R Compare vour answers and make comments

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A six lane divided carriage way has a curve 1000m long and a radius of 500m. The SSD is 200m. Calculate the minimum setback distance (offset) from the inner edge of the road to the edge of a building to ensure safe visibility. The pavement width per lane is 3.5m. Use the equations (Thagesen & Robinson, 2004) M 8(R – N) + N Or AASHTO (Geometric Design of Highways and Streets) ( 28.65s - COs m = R Compare your answers and make comments
Transcribed Image Text:A six lane divided carriage way has a curve 1000m long and a radius of 500m. The SSD is 200m. Calculate the minimum setback distance (offset) from the inner edge of the road to the edge of a building to ensure safe visibility. The pavement width per lane is 3.5m. Use the equations (Thagesen & Robinson, 2004) M 8(R – N) + N Or AASHTO (Geometric Design of Highways and Streets) ( 28.65s - COs m = R Compare your answers and make comments
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