TimeLeft Turns Right Turns ST TrucksST CarsInterval4:00-4:155106.304:15-4:30158.264:30-4:454710354:45-5:00716405:00-5:1510136.495:15-5:301212555:30-5:4514158.655:45-6:00121210506:00-6:15108396:15-6:3012430If a truck is equal to 1.5 passenger cars and a right-turn is as well, and if a left-turnis equal to 2.5 passenger cars, then calculate the peak hour volume and peak hourfactor (PHF).

Answered: Image /qna-images/answer/25cd0e5e-a5d9-400e-9d07-01f9a50ae6a8.jpg

Time Left Turns Right Turns ST Trucks ST Cars Interval 4:00-4:15 10 6. 30 4:15-4:30 6. 15 26 4:30-4:45 4 7 10 35 4:45-5:00 7 16 8 40 5:00-5:15 10 13 6. 49 5:15-5:30 12 12 55 5:30-5:45 14 15 8. 65 5:45-6:00 12 12 10 50 6:00-6:15 10 9. 8 39 6:15-6:30 12 4 30 If a truck is equal to 1.5 passenger cars and a right-turn is as well, and if a left-turn is equal to 2.5 passenger cars, then calculate the peak hour volume and peak hour factor (PHF).

Time Left Turns Right Turns ST Trucks ST Cars Interval 4:00-4:15 10 6. 30 4:15-4:30 6. 15 26 4:30-4:45 4 7 10 35 4:45-5:00 7 16 8 40 5:00-5:15 10 13 6. 49 5:15-5:30 12 12 55 5:30-5:45 14 15 8. 65 5:45-6:00 12 12 10 50 6:00-6:15 10 9. 8 39 6:15-6:30 12 4 30 If a truck is equal to 1.5 passenger cars and a right-turn is as well, and if a left-turn is equal to 2.5 passenger cars, then calculate the peak hour volume and peak hour factor (PHF).

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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Time Firm Firm Firm C Firm D A B 7:45-8:00 A.M. 8:00-8:15 A.M. 5 10 10 8:15-8:30 А.М. 25 30 150 20 10 8:30-8:45 A.M. 300 350 125 8:45-9:00 A.M. 9:00-9:15 A.M. 350 300 400 300 15 6. 15 6 9:15-9:30 A.M. 5 4 5 4 Total 700 500 800 450 The average auto occupancy is 2.35 in all cases. Sixty percent of the demand comes from the west and 40% from the east (the arterial runs east-west). (a) Estimate the total demand in the two directions, in vehicles and in people, by 15-minute period. (b) If the four firms are each individually willing to start 15 or 30 minutes earlier (but not later, and not at any other interval, such as 23 minutes earlier), develop a plan that will best reduce the peak demand on the arterial. Summarize the resultant total demand as in (a). Discuss whether the plan you recommend might result in shifts in the (c) pattern of people coming to work (that is, the temporal distribution for each first) and/or in the auto occupancy.