Contribute your Materials
3140005 - Design Engg 1B
3140601 - Surveying
1. Enlist various methods of plane table survey.
2. Draw a neat sketch of Transit vernier Theodolite showing its components.
3. Why and how Gale’s Traverse table is widely used in traverse computation?
4. What is the basic principle of trigonometric levelling and the difference between plane and geodetic methods?
5. Enlist types of curves. Describe the method of setting out a circular curve by any method.
6. Explain the method of finding volume by prismoidal formula.
7. Explain what are the Methods of a tachometer.
8. Short note on Electromagnetic distance measurement.
9. Explain the Well-conditioned triangles.
10. Explain types of errors.
Note: These questions are Referenced, Please Study more Materials📑
3140603 - SA-1
1. Maxwell’s reciprocal theorems.
2. Calculation of internal forces in three hinge arches with
circular and parabolic shapes subjected to various types of loading.
3. Forces and end actions in cables due to various types of loading.
4. Differential equation of an elastic curve, the relation between moment, slope and deflection.
5. Displacement of the beam by Macaulay’s method, Moment Area Method.
6. Conjugate Beam Method and by strain energy using first principle
7. Applications of Direct & Bending stress.
8. Buckling of columns and different end conditions
9. Euler's and Rankine's formula
10. Types of statically indeterminate beams
11. Analysis of propped cantilever beams & beams of a varying moment of inertia.
Note: These questions are Referenced, Please Study more Materials📑
3140609 - CESGI
1. Explain GIS and applications for monitoring systems.
2. Explain Understanding the importance of Civil Engineering in shaping and impacting the world.
3. Explain The ancient and modern Marvels and Wonders in the field of Civil Engineering.
4. Explain Awareness of various Codes & Standards governing Infrastructure development
5. Explain Innovations and methodologies for ensuring Sustainability
6. Explain Wastewater treatment & Recycling.
7. Explain Hazardous waste treatment.
8. Explain Energy-efficient built environments and LEED ratings.
9. Explain Temperature/ Sound control in a built environment.
10. Explain Techniques for reduction of Greenhouse Gas emissions in various aspects of Civil Engineering Projects.
Note: These questions are Referenced, Please Study more Materials📑
3140610 - CVPDE
1. Solve the Problem on Polar Form of Complex Numbers.
2. Solve the Problem on Cauchy-Riemann equations.
3. Solve the Problem on Cauchy Integral formula.
4. Solve the Problem of Liouville’s theorem and Maximum-Modulus theorem.
5. Solve the Problem on Second-order linear equations.
6. Solve the Problem on Wave and Laplace equations.
7. Solve the Problem on First-order partial differential equations.
8. Solve the Problem on Charpit’s Method.
9. Solve the Problem on Laurent’s series.
10. Solve the Problem on Cauchy Residue theorem.
Note: These questions are Referenced, Please Study more Materials📑
3140611 - FMH
1. Explain in brief: Viscosity, Surface tension, Capillarity.
2. Explain Hydrostatic Paradox.
3. State Pascal’s law and of pressure and prove it
4. Derive Bernoulli’s Equation. OR Derive Bernoulli’s equation for
incompressible fluid flow. State assumptions are made in the derivation.
5. Give the difference between (1) Compressible flow and Incompressible flow and (2) Steady and Unsteady flow
6. Derive an expression for the rate of flow through the venturimeter.
7. Define coefficient of contraction, coefficient of velocity and coefficient of discharge for the orifice.
8. State and define the different types of fluid flow.
9. Fundamental dimensions-Physical Quantity and Dimensions-Dimensional Homogeneity- Non-Dimensionall
Note: These questions are Referenced, Please Study more Materials📑
Join Our Community
