The maximum speed of the train at the 3° curve on BG track will be (in kmph, round off two decimal places), if average cant provided is 12 cm with cant deficiency 6 cm and length of transition curve provided is 86.4 m. If arc length of curve is equal to one 20 m chain.

The maximum speed of the train at the 3° curve on BG track will be (in kmph, round off two decimal places), if average cant provided is 12 cm with cant deficiency 6 cm and length of transition curve provided is 86.4 m. If arc length of curve is equal to one 20 m chain.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Related questions

Q: Determine the cant to be provided on a BG track of 3 ° curve if the speed of several trains is as…

A: Given data: A BG track of 3 ° curve, Speed of the several trains as follow

Q: Problem 2 The sight distance of a parabolic curve is 145m long with backward tangent -5% and the…

A: Given, SSD = 145 m G1 = -5% G2 = 3%

Q: is having a radius of 120m and design speed as 80km find the total widening on the curve

A: According to given data Mechanical Widening of the Curve = 1.5 mCurve having a radius of =…

Q: A -6% grade meets a 9% grade at station 2 + 185 of elevation 150 m. The lengths are L1 = 70 m. and…

A: Introduction : lowest point on the curve: On a graph, the maximum and minimum points are located…

Q: Q5. An existing vertical curve on a highway joins a (+4%) grade with a (-4%) grade. If the length of…

Q: The primary advantage of interchange is the high level of speeds for all movements.

A: The highway consists of many sections such as road, different types of intersections which is useful…

Q: Compute the maximum number of vehicles that can be efficiently stopped at 90 .angle curb parking of…

A: For the 60° curbe angle parking from the code: L=2.89N+2.16 Where L= length of parking N=Number of…

Q: If the curve lead of a BG turnout is 16.76m, the angle of crossing of the turnout will be given by…

Q: Question 4 Topic: Gradients and Grade compensation- What is equilibrium cant required on a 5º curve…

A: Given data- Degree of curve D=5o, BG track, Speed V=60 kmph, To Find- The value of the equilibrium…

Q: The length of the sag curve having grades of -2.5% and +3.5% is equal to 330 m. Compute the length…

Q: Q3) An engineering has designed a vertical curve of length (250m) to connect (-4%) grade with a…

A: The engineer has designed the vertical curve length= 250m Grade of the road is (-4%) and (+3%)…

Q: A 7.5 m wide two-lane road on a plain terrain is to be laid along a horizontal curve of radius 510…

A: Given Data Width of road (B) = 7.5 m Plain terrain Radius of curve (R) = 510 m Design speed = 100…

Q: A branch track of 6° diverts from main track of 3° in an opposite direction in a layout of BG track.…

Q: Two parallel railway 356.2 m apart were to be connected by equal turnouts, if the intermediate…

A: Solution (a) Central angle of reverse curve From the figure, find the value of ab = 102+1540.52…

Q: cimal places. no shortcut

A: Assume S<LUsing relation L=NS22h1+2StanαGiven…

Q: A simple horizontal curve has 35 degrees of curvature and subtends an angle of 110 degrees. If the…

Q: A Simple Curve has a Central Angle of 60 deg and a Degree of Cu a. Find the nearest distance from…

A: A sample curve has a central angle is given and the degree of curve is also given we need to find…

Q: The transition curve for a broad gauge curve track was designed with radius of curve of 350 m. If…

A: Given that :- Radius of the curve = R = 350 m length of the curve = L = 103 m so find the offset at…

Q: If the curve lead of a BG turnout is 16.76m, the angle of crossing of the turnout will be given by…

A: given- curve=CL=2GN, G=1.676 m for BG, CL=16.76 m.

Q: Q- In the layout of an MG track, the versine of a horizontal circular curve is measured over a 17 m…

A: Degree of curve = 2 Chord length = 17 m To calculate: versine of curve.

Q: Question-7 A horizontal circular curve with a centre line radius of 200 m is provided on a 2-lane,…

A: Given data: A horizontal circular curve with center line radius, R = 200 m For 2- lane, 2- way SH…

Q: A -6% grade meets a 9% grade at station 2 + 185 of elevation 150 m. The lengths are L1 = 70 m. and…

A: Question is based on the setting out a curve. Gradients of curve, elevation , length of curves are…

Q: For a 2° curve on a high speed Broad Gauge (BG) rail section, the maximum sanctioned speed is 100…

A: Given Data Degree of curve (D°) = 2° Maximum speed (Vmax) = 100 Kmph Equilibrium speed (V) = 80…

Q: Q-5 The mechanical widening of a curve is 1.5m, the curve is having a radius of 120m and design…

A: given- mechanical widening=1.5 mradius of curve=120 mdesign speed=80 kmph

Q: cant on ( B.G.) curved track of 2°, If the speed of several trains running on it are : 20 trains at…

A: Given:- 20 trains at speed 50 kmph, 15 trains at speed 60 kmph, 10 trains at speed of 70 kmph &…

Q: How long would a 300m long train able to leave the curve completely. a) 25.67 sec c) 40.34 sec d)…

Q: Please show illustration if possible. A compound curve has a length of the chord of the first curve…

Q: Q41. If the stopping distance is 60 metres, then the minimum stopping sight distance for two lane,…

A: given- stopping distance-SD=60 mtwo lane, two way traffic

Q: A simple horizontal curve has 35 degrees of curvature and subtends an angle of 110 degrees. If the…

Q: (ii) Calculate all the necessary elements required to set out a in 8. 8-1/1 turnout, 2 taking off…

Q: On a railway track, two types of trains, passengers and freights, are being operated. The speed of…

A: Given; The radius of the circular curve = 2965 m Speed of freight trains = 22 km/h The lateral…

Q: From the Figure, determine the minimum length of the curve. Assume a=11.2 ft/sec and…

Q: In a design of a highway curve for a maximum of 0.10 m/m, compute the maximum permissible Degree of…

A: To determine the maximum permissible Degree of curve of a horizontal curve for given design speed,…

Q: Problem 11: F13-S. Determine the maximum speed, v, that the jeep can travel over the crest of the…

A: To determine the maximum speed with which the car can travel over the crest of the shown hill…

Q: Question The equilibrium cant required on a 5° curve on a BG track for the train speed of 60 kmph is…

A: Degree of curve D=5o For BG track, G=1.676 m Speed V=60 kmph, It is needed to find the equilibrium…

Q: Q2. A vertical curve connecting two grades of +2% and -4% with length of 250m. What is the max. safe…

A: Given data: Upward gradient (n1) = 2% Downward gradient (n2) = -4% Length of the curve (L) = 250m…

Q: Assume the given curve data: Radius = 350, Delta (full internal angle from BC to EC) = 70-00-10, PI…

A: As per the company policy we can only answer 3 subparts. For other subparts please upload new…

Q: Determine the angle that the beam of the car's headlamp will make above the longtudinal axis of the…

Question

The maximum speed of the train at the 3° curve on BG track will be
(in kmph, round off two decimal places), if average cant
provided is 12 cm with cant deficiency 6 cm and length of transition
curve provided is 86.4 m. If arc length of curve is equal to one 20 m
chain.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step 3

VIEW

Step by step

Solved in 3 steps with 3 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, civil-engineering and related others by exploring similar questions and additional content below.

Similar questions

Upto two decimal places
The design speed for a two-lane highway (lane width=12 ft.) is 60 mph. The localjurisdiction governs 8% superelevation. The central angel of the curve is 40 degrees. The PI station is at 452+50.What is the curve radius to the travel path (R୚)? What is the curve radius (R)? What is the curve length (L)? What isthe station of PC? What is the station of PT? What is the SSD? How many feet must be cleared from the lane'sshoulder edge to provide adequate stopping sight distance?
The car has a speed of 59.9 ft/s. If the curve is curcular, Determine the angular velocity, 0 of the radial line OA at this instant. r = 400 ft O'
A rising gradient of 1 in 25, meets a falling gradient of 1 in 40 on a highway. These are to be connected by a vertical curve of simple Parabolic type, where the reduced level of the Point of Intersection is 880.000 m Calculate the necessary setting out data, if the speed of the motor car is 72 km/hour (20 m tape was used).
Two parallel BG track have a cross-over. The crossing number of both the tracks is 12. The two tracks are 5.0 m apart and the cross-over consists of the reverse curves and straight. Find the straight distance and the total length of the cross-over,
Solution step wise.
Railway Engineering A 5° branch curve deviated from a nº main track in the reverse direction. If the speed in the branch track and main track is restricted to 35 Kmph and 80 Kmph respectively, then calculate the value of 'n' (to the nearest integer) if both the track are B.G.
Question- If design velocity on the curve is 80 kmph then find the design super elevation on a 3 degree horizontal curve for narrow gauge track.
Rush please
q4. #2
03. For a 2° curve on a high speed Broad Gauge (BG) rail section, the maximum sanctioned speed is 100 km/h and the equilibrium speed is 80 km/h. Consider dynamic gauge of BG rail as 1750 mm. The degree of curve is defined as the angle subtended at its center by a 30.5 m arc. The cant deficiency for the curve (in mm. round off to integer) is
A rising gradient AB and a falling gradient BC are to be connected by a vertical curve. Based on the data given in Table Q1, design the curve at 20 metres intervals. Table Q1 (Units are in metres) First Grade (± %) Second Grade (+ %) Sighting Distance (SSD) Driver's eye (h₁) Object height (h₂) 4.2 -1.8 145 1.05 0.3 F G RL of highest/lowest pt Chainage of highest/lowest pt| H 39.171 4048.600 K