Table 1 shows the profile of train movement of KTM Komuter. It is noticeable that the train must stop for 10 second before it reaches the next station. Table 1 Allowable maximum speed (km/h) 60 < V, 5 80 km/h Braking during coasting Be = 0.12 km/h/s By using a suitable analysis of train movement, analyze the performance of train by considering the total running time between the stations, acceleration at the maximum speed, time taken during coasting stage and the suitable diagram to show the movement stages. State ANY of assumptions if required.
Table 1 shows the profile of train movement of KTM Komuter. It is noticeable that the train must stop for 10 second before it reaches the next station. Table 1 Allowable maximum speed (km/h) 60 < V, 5 80 km/h Braking during coasting Be = 0.12 km/h/s By using a suitable analysis of train movement, analyze the performance of train by considering the total running time between the stations, acceleration at the maximum speed, time taken during coasting stage and the suitable diagram to show the movement stages. State ANY of assumptions if required.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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State the assumptions please
Transcribed Image Text:d. Table 1 shows the profile of train movement of KTM Komuter. It is noticeable that
the train must stop for 10 second before it reaches the next station.
Table 1
Allowable maximum speed (km/h)
60 < V¼ 5 80 km/h
Braking during coasting
Bc = 0.12 km/h/s
By using a suitable analysis of train movement, analyze the performance of train
by considering the total running time between the stations, acceleration at the
maximum speed, time taken during coasting stage and the suitable diagram to
show the movement stages. State ANY of assumptions if required.
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