B.TECH ENGINEERING MODEL PRACTICAL QUESTION PAPER

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1 B.TECH ENGINEERING MODEL PRACTICAL QUESTION PAPER B.TECH IN MECHANICAL ENGINEERING SECOND YEAR THIRD SEMESTER FLUID MECHANICS LAB 1. Determination of coefficient of discharge of a Venturimeter (or) Orifice meter(equipment: A Centrifugal pump having the discharge line with Venturimeter of Orifice meter arrangement 2. Performance test on a centrifugal pump and draw the characteristic curves. (Equipment: A Centrifugal pump with an arrangement for collecting data to find out the efficiency and plot the characteristics curves) WORKSHOP PROCESS 1. Explain the procedure for preparation of stepped of pulled in foundry 2. Explain the procedure for making Butt joint in are welding SECOND YEAR FOURTH SEMESTER SOLID MECHANICS 1. Analyse the three dimensional stress states using 3-D Mohr s circle, analytical formula for principal stresses in 3-D. 2. Analyse Deformation and Explain patterns of deformation. 3. Explain finite strain components with derivation. 4. Explain the displacement in cylindrical polar coordinates with respect to radial strain.

2 DYNAMICS PRACTICAL 1. Determine Radius of Gyration and Moment of Inertia using Compound Pendulum 2. Determine the active and reactive gyroscopic couples and compare them. 3. Determine angular velocity, angular acceleration, mass moment of inertia and centrifugal force of reciprocating masses with turn table 4. Find the stiffness, sensitivity and effort of the spring using Hartnell governor THIRD YEAR - FIFTH SEMESTER CNC PROGRAMMING LAB 1. Write a program for face milling operation 2. Write a program for contouring operation on CNC Lathe Machine METAL CUTTING AND TOOL DESIGN 1. Using Augur Electron Spectroscopy determine elemental quantitation 2. Determine the cooling ability of cutting fluids THIRD YEAR SIXTH SEMESTER HYDRAULIC MACHINES PRACTICAL 1. Explain the working and construction of Reciprocating Pump with help of schematic diagrams. 2. Explain the working and construction of Francis Turbine with help of schematic diagrams. 3. Explain the working and construction of Pelton Wheel with help of schematic Diagrams. 4. Explain the working and construction of Kaplan Turbine with help of schematic diagrams.

3 INDUSTRIAL ENGG & PRODUCTION MANAGEMENT LAB 1. Discuss productivity measurement, factors affecting productivity and productivity improvement techniques 2. Discuss break-even analysis of production with suitable diagram. 3. Discuss Linear Programming mathematical modeling technique to optimize the usage of resources. 4. Discuss the simplex method of linear programming situation with two decision variables. FOURTH YEAR SEVENTH SEMESTER INTERNAL COMBUSTION ENGINEERING & AUTOMOBILE ENGINEERING LAB 1. Study the constructional details and working principle of four-stroke petrol engine. 2. Find the indicated horse power (IHP) on multi-cylinder petrol engine by Morse Test. 3. Find the intensity of smoke from a single cylinder diesel engine 4. Study and prepare report on the constructional details, working principles and operation of the following automotive clutches: a. Coil-Spring clutch b. Diaphragm spring clutch c. Double disk clutch. 5. Study and prepare report on the constructional details, working principles and operation of the following automotive fuel supply systems. 1. Carburettor 2. Diesel fuel injection systems 3. Gasoline fuel injection systems. 6. Study and prepare report on the constructional details, working p rinciples and operation of the automotive emission/pollution control system

4 METROLOGY AND QUALITY CONTROL LAB 1. Inspect Production Job by statistical Process Control. 2. Calibrate Dial Gauge using Dial Gauge Tester 3. Measure Circularity/ Roundness using Mechanical Comparator 4. Perform Study of Surfaces using Optical Flat. 5. Measure Screw Thread using Floating Carriage Micrometer 6. Perform Machine Tool Alignment Test on Lathe FOURTH YEAR EIGHTH SEMESTER REFRIGERATION AND AIRCONDITIONINGENGINEERING 1. Determine the COP and Tonnage capacity of the Chilling plant 2. Determine the COP and Tonnage Capacity of a Mechanical Heat Pump. 3. Study the various controls used in Refrigeration and Air-conditioning System. 4. Study the Working Principle of Steam Jet Refrigeration System. 5. Study the analysis of Simple Vapour Compression Cycle and explain the various types of Vapour Compression Cycles with T-S and P-H diagram. 6. Study Refrigeration cycle, determine of coefficient of performance of cycle and determine tonnage capacity of refrigeration unit.

5 HYDRAULICS B.TECH IN CIVIL ENGINEERING SECOND YEAR THIRD SEMESTER 1. Determine the capillary rise for different diameter pipes submerged in water. 2. Determine the coefficient of discharge of an orifice meter. SURVEYING -I 1. Explain how the height of a tower can be determined when it is inaccessible. 2. Explain the methods of chaining while there are obstacles such as building or river. 3. Explain the methods of transferring reduced levels from surface to underground in a tunnel setting out work. 4. Discuss the effect of curvature and refraction in leveling and derive the expression for these corrections. SECOND YEAR FOURTH SEMESTER STRUCTURAL ANALYSIS 1. Determine the member forces, reactions for the given structure and also draw BMD and SFD 2. Determine the member forces, reaction for the given structure and also draw stress diagram ADVANCED SURVEYING 1. Find the distance and elevation of a given point by tangential tachometry when both the angles are in depression. 2. Set out a simple circular curve by method of Long Chord

6 THIRD YEAR FIFTH SEMESTER DESIGN OF RC STRUCTURE 1. Design one way slab of RC Structure 2. Design two way slab of RC Structure FOUNDATION ENGINEERING 1. Determination of Compaction Factor 2. Determination of Direct Shear THIRD YEAR SIXTH SEMESTER ADVANCED STRUCTURAL ANALYSIS PRACTICAL 1. Write in detail about assembly of the global stiffness matrix and load vector 2. Explain Galerkin s method in elasticity 3. Describe steps of element division and node numbering in finite element modeling 4. Write the steps involved in design of the sheet piles. ADVANCED FOUNDATION ENGINEERING PRACTICAL 1. Explain laboratory measurement of soil by unrestrained swell test. 2. What are the types of drilled shafts? Explain casing method of construction 3. Explain sand drains and its working 4. Describe the various Load Tests on pile.

7 FOURTH YEAR SEVENTH SEMESTER QUANTITY SURVEYING AND CONTRACT AND TENDERSPRACTICAL 1. Give the detailed estimate of a given residential two bed room building. 2. Give the cost estimate of commercial building. PRE-STRESSED CONCRETE AND ADVANCED DESIGN OF STRUCTUREPRACTICAL 1. Design the pre-stressed circular tanks & pipes 2. Design the pre- stressed small dams FOURTH YEAR EIGHTH SEMESTER STRUCTURAL DYNAMICS 1. Contract Dynamic Models for Yielding and Friction Hysteresis 2. Give Numeric solution for inelastic behavior 3. Explain vibrations of single Degree of Freedom System with trigonometric and exponential forms of Oscillations 4. Explain minimum total potential energy and deduce Lagrange s Equations

8 B.TECH IN ELECTRICAL ENGINEERING SECOND YEAR- THIRD SEMESTER SIGNALS AND NETWORKS LAB 1. Perform network analysis using Laplace Transform (Impedance Method Kirchhoff Laws) 2. Show Impedance parameter measurements using two port network with suitable diagrams. ELECTRICAL MACHINES LAB 1. Explain the principle of superposition using The venin s and Norton s theorem. 2. Explain the construction and working principle of alternator SECOND YEAR FOURTH SEMESTER ANALOG ELECTRONIC CIRCUITS-I 1. Perform transistor biasing and describe the method of selection of operating point. 2. Design common source JFET Amplifier and give the configuration and characteristics curves. ELECTRICAL MEASUREMENT-I 1. Measurement the electrical resistance using Differential Galvanometer. 2. Measure Electrical Inductance using Heaviside Mutual Inductance Bridge.

9 THIRD YEAR FIFTH SEMESTER CONTROL SYSTEM PRACTICAL 1. Determine the transfer function of DC Generator 2. Study the behavior of closed loop speed control system using PID Controller. ADVANCED ELECTRICAL MACHINES PRACTICAL 1. Study Alternator regulation by direct loading. 2. Conduct no load and blocked rotor test on slip-ring induction motor and draw its equivalent circuit and circle diagram THIRD YEAR - SIXTH SEMESTER MICROPROCESSOR LAB 1. Perform microprocessor based temperature control of hot water. 2. Write a program for multiplication of 8-bit numbers. 3. Write a program for addition of BCD numbers 4. Demonstrate sorting a list without destroying the original list. 5. Interface an LED array and 7-segment display through 8255 and display a specified bit Pattern/character sequence at an interval of 2 seconds. 6. Interface the given microprocessor kit to a personal computer through R.S- 232C. The band Rate is specified. Verify data transfer in both directions ( P - PC and PC - P)

10 FOURTH YEAR SEVENTH SEMESTER ELECTRONICS INSTRUMENTATION PRACTICAL 1. Using Wheatstone bridge equipment measure resistance 2. Find strain of the strain gauge using Strain Indicator 3. Measure voltage with displacement variation using Linear Variable Differential Transformer (LVDT). 4. Design a circuit to count rotations of a disk/wheel using slotted opto switch. SWITCH GEAR AND PROTECTION PRACTICAL 1. Study the various types of over current relays and plot the performance characteristics of an over current relay. 2. Study different switch gear equipments used in electrical power system. 3. Study the types and specifications of lightning arresters. 4. Study various types of neutral earthing and specifications of earthing at different substations. FOURTH YEAR EIGHTH SEMESTER POWER ELECTRONICS LAB 1. Study V-I characteristics of SCR and measure latching and holding currents. 2. Study UJT trigger circuit for half wave and full wave control 3. Study single phase cyclo-converter 4. Study single-phase ac voltage regulator with resistive and inductive loads. 5. Study operation of IGBT/ MOSFET chopper circuit 6. Study MOSFET/IGBT based single-phase series-resonant inverter.

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