CIVIL ASSIGNMENT QUESTIONS ************************** BMCP 1. Write short notes on (a) Flying shore (b) Horizontal shore 2. Explain the requirements of the following components; (a) Plinth height (b) Mezzanine floor (c) Stair case (d) Building height 3. Describe the regulations according to the building Bye laws? 4. Write short notes on the followings: (a) Materials for service pipe (b) Storage tanks (c) Water requirements for buildings ES 1. Explain about Deforestation? 2. What is the importance of Section 24 of that water Act1974? 3. (a) Write the definition of EIA ? (b) Explain the scope of EIA ? 4. Explain about green building rating system world wide? HHM 1. Derive the expression for the exerted by the jet of water on a stationary vertical plate along the direction of jet? 2. Water is flowing through a pipe at the end of which a nozzale is fitted. The diameter of the nozzle is 100m and the head of water at the centre nozzle is 100m. Find the force exerted by the jet of water on a fixed vertical plate. The coefficient of velocity is given as 0.95 3. Derive the expression for the force exerted by the jet of water on a stationary inclined flat plate along the direction of jet? 4. (a) Write about the general layout of a hydroelectric power plant? (b) Define the followings: (i) Hydraulic efficiency (ii) Mechanical efficiency (iii) Overall efficiency of a turbine STRUCTURAL ANALYSIS 1. (a) Derive the expression for the strain energy in linear elastic systems due to Axial load, Bending moment, Shear force (b) Write about Castigliano’s first theorem 2. Calculate the absolute Maximum Bending moment in a 25m.Span beam Caused by a series of Concentrated loads moving across the span as shown in figure.1 3 A single point load of 80KN crosses a girder of 12M Span.Find the max. +Ve and –Ve Shear force and B.M at a point 4m from the left end. 4. Determine the reactions at the supports and the forces in the members of the truss shown in figure the sectional areas of the members in MM2 are shown in brackets. All members are of same material. Figure..2 SOM – II 1. A fixed beam of length 20m Carries a UDL of 8KN/m on the left hand half together with a 120KN load at 15m from the left hand end. Find the end reactions and fixing moments and magnitude and position of maximum deflection, E = 2x108 KN/m3 I = 4x108 mm4 2. A fixed beam AB of length 3m carries a point load of 45KN at a distance of 2m from A. If the flexural rigidity of the beam is 1x104 KNM2 , determine: (i) Fixed end moments at A and B (ii) Deflection under load (iii) Max. deflection (iv) Position of max.deflection 3 A continuous beam ABCD, simply supported at A,B,C and D is loaded as shown in fig. Find the moments over the beam and draw the B.M and S.F diagram 4. A continuous beam ABC of uniform section, with span AB and BC as 6m each is fixed at A and C and supported at B as shown in fig. Find support moments and reactions. Draw the S.F and B.M diagrams of beam?
Posted on: Sat, 29 Mar 2014 15:44:26 +0000
Trending Topics
Recently Viewed Topics
© 2015