Class: MECHANICAL
Year/ Sem: III YEAR / I SEM
Brief description about lab
Machining is the process of making parts to the required shape / dimensions, tolerances and geometrical accuracies. This lab will train students with the theory of metal cutting and its process. Tool angles , chip formations and coolants and their applications. For rough machining and finish machining type of machine are to be used. Cutting speeds and feeds are to be used for different materials. Cylindrical parts manufacturing and other flat surfaces machining ,the lab consists of
1) Lathe machines
2) Milling machines
3) Shaping machine
4) Slotting machine
5) Planning machine
6) Grinding machine
7) Drilling machine
8) Tool sharpening / regrinding machine.
| S.NO | TITLE OF THE EXPERIMENT | REQUIRED EQUIPMENT |
|---|---|---|
| 1 | Introduction of general purpose machines- Lathe machine Drilling machine Milling machine Shaping machine |
Lathe machine Drilling machine Milling machine Shaping machine |
| 2 | Planning machine Slotting machine Cylindrical grinder surface grinder Tool and cutter grinder |
Planning machine Slotting machine Cylindrical grinder surface grinder Tool and cutter grinder |
| 3 | Step turning and taper turning on the lathe machine | On lathe machine |
| 4 | Thread cutting and knurling on lathe machine | On lathe machine |
| 5 | Drilling and tapping | On drilling machine and taps |
| 6 | Shaping and planning | Shaper, planner |
| 7 | Slotting | On slotting machine |
| 8 | Milling | On milling machine |
| 9 | Cylindrical surface grinding | On surface grinding machine |
| 10 | Grinding of tool angles | Tool and cutter grinding machine |
| S.NO | Description of the equipment |
|---|---|
| 1 | Lathe Machine - Gear Driven |
| 2 | Radial Drilling Machine |
| 3 | Shaping Machine |
| 4 | Horizontal Milling Machine |
| 5 | Surface Grinding Machine |
| 6 | Lathe Machine - Belt Driven |
| 7 | 3 Jaw Chuck |
| 8 | Four Jaw Chuck |
| 9 | Slotting Machine |
| 10 | Tool & Cutter Machine |
| 11 | Planer machine |
Class: MECHANICAL
Year/ Sem: III YEAR / I SEM
Brief description about lab
Thermal engineering lab provides the basics of different types of engines. Cut out sections of different engines are provided study and understand their operations and to perform basic experiments for valve and port timing diagrams . Models of various types of boilers are also available to study their operations. Single and multy cylinder petrol and diesel engines are run to generate their performance parameters .similarly , single and multistage compressors are operated to calculate their efficiencies.
| S.NO | TITLE OF THE EXPERIMENT | REQUIRED EQUIPMENT |
|---|---|---|
| 1 | I.C engine valve and port time diagram | Cut section I.C Engines |
| 2 | I.C Engine performance test on 4 stroke SI engine | 4 Stroke SI engine |
| 3 | I.C Engine performance test on 2 stroke SI engine | 2 Stroke SI engine |
| 4 | I.C Engine morse ,retardation,motoring test | 4 Stroke SI engine |
| 5 | I.C engine Heat Balance | 4 Stroke SI engine |
| 6 | I.C engine economical speed test on S.I engine | 4 Stroke SI engine |
| 7 | I.C engines effect of A/F ratio in a SI engine | 4 Stroke SI engine |
| 8 | Performance test on Variable compression ratio engine | --- |
| 9 | IC engine performance test on a 4S CI engine at constant speed | 4 Stroke CI engine |
| 10 | Volumetric efficiency of air compressor unit | 2 Stage Reciprocating compressor |
| 11 | Dis- assembly/Assembly of engines | IC Engine |
| 12 | Study of Boilers | Boilers |
| S.NO | Description of the equipment |
|---|---|
| 1 | Air Conditioning Test Rig |
| 2 | Vapour Compressor Refrigiration Test Rig |
| 3 | Cut Section Model, Single Cyinder 4-Stroke Diesel Engine |
| 4 | Single Cyinder 4-Stroke Diesel Engine test rig with rope brake dynamometer |
| 5 | Cut section model single cylinder 2-stroke petrol engine |
| 6 | Multi cylinder petrol engine test rig with hydraulic dynamo meter |
| 7 | Boiler Models |
| 8 | Single cylinder VCR petrol Engine Test Rig |
| 9 | Twin cylinder Diesel Engine with Hydraulic Dynamometer |
| 10 | Two Cylinder 2 Hp Air Compressor Test Rig |
Class: MECHANICAL
Year/ Sem: III YEAR / II SEM
Brief description about lab
This is an important laboratory for the Thermal Engineering stream which exposes the students to various aspects of heat transfer related to conduction convection and radiation. Setups covering all these phenomena are available in full conformity with the specifications of the university. The equipment available includes conduction and measurements setups (metals & insulators), convection study setups (Natural and Forced), Radiation set ups for emissivity measurements, boiling and condensation studies etc. A set up developed in-house for study of heat exchangers in also available.
| S.NO | TITLE OF THE EXPERIMENT | REQUIRED EQUIPMENT |
|---|---|---|
| 1 | Composite Slab apparatus | Composite Slab apparatus |
| 2 | Heat transfer through lagged pipe | Heat transfer through lagged pipe |
| 3 | Heat transfer through concentric sphere | Heat transfer through a insulating powder |
| 4 | Thermal conductivity of given metal rod | Thermal conductivity of given metal rod |
| 5 | Heat transfer through pin-fin | Heat transfer Through pin fin |
| 6 | Experiment on transient heat conduction | Transient heat conduction equipment |
| 7 | Heat transfer in forced convection apparatus | Heat transfer in forced convection apparatus |
| 8 | Heat transfer in natural convection | Heat transfer in natural convection |
| 9 | Paralell and counter flow heat exchanger | Parallel and counter flow heat exchanger |
| 10 | Emissivity apparatus | Emissivity apparatus |
| 11 | Stefen Boltzmann apparatus | Stefen Boltzmann appratus |
| 12 | Critical Heat flux operations | Critical Heat flux operations |
| 13 | Study of heat pipe and its demonstration | Heat pipe equipment |
| 14 | Film and Drop wise condensation apparatus | Film and drop wise condensation apparatus |
| S. No | Description of Equipment |
|---|---|
| 1 | Composite wall |
| 2 | Critical heat flux |
| 3 | Drop and film wise condensation |
| 4 | Emissivity measurement |
| 5 | Heat transfer through lagged pipe |
| 6 | Heat transfer through forced convection |
| 7 | Heat transfer through Natural convection |
| 8 | Heat transfer Pin fin |
| 9 | Stefan Boltzmann Apparatus |
| 10 | Parallel and counter flow heat exchanger |
| 11 | Thermal conductivity of metal rod apparatus |
| 12 | Insulation powder |
| 13 | Two phase Heat transfer Apparatus |
| 14 | Heat pipe Demonstration |
Class: MECHANICAL
Year/ Sem: II YEAR / I SEM
Brief description about lab
The micro – structural examination is carried out by putting a well polished , properly etched and dried sample on bore of the micro – scope. An appropriate combination of objective and eye piece of known magnification is selected to view the sample micro scope is illuminated and the image of sample surface is focused. Details of the sample vision is examined by either direct viewing or by taking a photograph to be analyzed later. The micro structural examination of metals and alloys generally accomplished for the following purposes :-
1) Determination of grain size
2) Study of grain boundaries and grain shapes
3) Study of phase present in material
4) Study of crystal irregularities
5) To reveal micro defects like micro cracks
6) Determination of composition and distribution of metals in alloy.
| S.NO | NAME OF THE EXPERIMENT | EQUIPMENT INVOLVED |
|---|---|---|
| 1 | Preperation and study of the micro structure of pure metals like Iron, Cu and Al | Microscope |
| 2 | Preparation and study of the Microstructure of Mild steels, low carbon steels, high – C steels. | Microscope |
| 3 | Study of Microstructure of cast irons | Microscope |
| 4 | Study of Microstructure of Non-ferrous alloys | Microscope |
| 5 | Study of the Micro structures of Heat treated steels | Microscope |
| 6 | Hardenability of steels by Jominy End Quench Test | i) Heat Treatment furnace ii) Jominy End Quench Test apparatus iii) Rockwell Hardness Tester |
| 7 | To find out the hardness of various treated and untreated steels | Rockwell Hardness Tester |
| S. No | Description of Equipment |
|---|---|
| 1 | Vernier calipers with fine adjustment(0-200mm) |
| 2 | Vernier calipers dial type(0-150) |
| 3 | Outside micrometer(0-25) |
| 4 | Outside micrometer(25-50) |
| 5 | Inside micrometer(5-30) |
| 6 | Bore gauge(18-35mm) |
| 7 | Bore gauge(35-60) |
| 8 | Gear tooth vernier calipers |
| 9 | Bevel protractor |
| 10 | Sine bar |
| 11 | Slip gauge set |
| 12 | Surface roughness tester portable |
| 13 | Spirit level set up |
| 14 | Granite surface plate |
| 15 | MS stand with leveling screws for surface plate |
| 16 | B.Block(steel) with clamp Hardened (Indian made) |
| 17 | Angle plate (CI) |
| 18 | Tool makers microscope with stand accessories |
| S.NO | NAME OF THE EXPERIMENT | EQUIPMENT INVOLVED |
|---|---|---|
| 1 | Direct tension test | Universal Testing Machine |
| 2 | Torsion test | Torsion testing Machines |
| 3 | Hardness Test a) Brinells hardness test b) Rockwell hardness test |
a) Brinells hardness tester b) Rockwell hardness tester |
| 4 | Test on springs | Spring Testing Machine |
| 5 | Compression test on cube | Compression Testing Machine |
| 6 | Impact test | Impact Testing Machine |
| 7 | Punch shear test | Punching Machine |
| S. No | Description of Equipment |
|---|---|
| 1 | UTM |
| 2 | Rockwell hardness test |
| 3 | Brinell hardness tester |
| 4 | Impact tester |
| 5 | Torsion testing machine |
| 6 | Spring testing machine |
| 7 | Deflection testing apparatus |
Class: MECHANICAL
Year/ Sem: I YEAR
Brief description about lab
Engineering workshop is the basic workshop. This lab consists of carpentry ,fitting ,tinsmithy ,house wiring, black smithy, plumbing, welding and foundry. This workshop is common lab to all I .Year students. This workshop gives knowledge about use of tools, purpose of jobs and practical knowledge.
| S.No | Tool Name | Title of the Experiment |
|---|---|---|
| 1 | Carpentry vice | CARPENTRY |
| 2 | Metal Jack Plane | CARPENTRY |
| 3 | Wooden Jack Plane | CARPENTRY |
| 4 | Mallet | CARPENTRY |
| 5 | Cross cut saw | CARPENTRY |
| 6 | Tenon saw | CARPENTRY |
| 7 | Files | CARPENTRY |
| 8 | Metal marking guage | CARPENTRY |
| 9 | Try square | CARPENTRY |
| 10 | Dove tail chisel | CARPENTRY |
| 11 | Mortise chisel | CARPENTRY |
| 12 | Wooden marking guage(big) | CARPENTRY |
| 13 | Wooden marking guage(small) | CARPENTRY |
| S.No | Tool Name | Title of the Experiment |
|---|---|---|
| 1 | Bench wise | FITTTING |
| 2 | Hacksaw frame | FITTTING |
| 3 | Hacksaw frame with blades | FITTTING |
| 4 | Ball peen hammers (200gm) | FITTTING |
| 5 | Dividers | FITTTING |
| 6 | Ball peen hammers (500gm) | FITTTING |
| 7 | Ball peen hammers (1000gm) | FITTTING |
| 8 | Inside calipers | FITTTING |
| 9 | Outside calipers | FITTTING |
| 10 | Flat files | FITTTING |
| 11 | Half round files | FITTTING |
| 12 | Triangular files | FITTTING |
| 13 | Mortise chisel | FITTTING |
| 14 | Marking guage | FITTTING |
| 15 | Dot punch | FITTTING |
| 16 | Steel rules | FITTTING |
| S.No | Tool Name | Title of the Experiment |
|---|---|---|
| 1 | Straight snip | Tinsmithy |
| 2 | Nylon hammer | Tinsmithy |
| 3 | Cross peen hammer | Tinsmithy |
| 4 | Stake | Tinsmithy |
| 5 | Marking guage | Tinsmithy |
| S.No | Tool Name | Title of the Experiment |
|---|---|---|
| 1 | Bulbs | House Wiring |
| 2 | Yellow, black & blue wire | House Wiring |
| 3 | Screw divider | House Wiring |
| 4 | Cutting plier | House Wiring |
| 5 | Wire cutter | House Wiring |
| 6 | House wiring metal frame with wooden board | House Wiring |
| S.No | Tool Name | Title of the Experiment |
|---|---|---|
| 1 | Forge | Black Smithy |
| 2 | Anvil | Black Smithy |
| 3 | Swage block | Black Smithy |
| 4 | Tongs | Black Smithy |
| 5 | Blowers | Black Smithy |
| 6 | Sledge hammers | Black Smithy |
| 7 | Gloves | Black Smithy |
| S.No | Tool Name | Title of the Experiment |
|---|---|---|
| 1 | Moulding board | Foundary |
| 2 | moulding box | Foundary |
| 3 | Showel | Foundary |
| 4 | Trowel | Foundary |
| 5 | Rammer | Foundary |
| 6 | Draw spike | Foundary |
| 7 | Vent Rod | Foundary |
| 8 | Sprue pin | Foundary |
| 9 | Rider pin | Foundary |
| 10 | Strike off bar | Foundary |
| 11 | Aluminium Scrap material | Foundary |
| 12 | Flux | Foundary |
| 13 | Single piece pattern | Foundary |
| 14 | Split piece pattern | Foundary |
| S.No | Tool Name | Title of the Experiment |
|---|---|---|
| 1 | Transformer | Welding |
| 2 | Holder | Welding |
| 3 | Cable | Welding |
| 4 | Filler rods | Welding |
| 5 | Earthing/Base plate | Welding |
| 6 | Goggles | Welding |
| 7 | Gloves | Welding |
| S.No | Tool Name | Title of the Experiment |
|---|---|---|
| 1 | Dies | Plumbing |
| 2 | Die wrench | Plumbing |
| 3 | Pipe vice | Plumbing |
| 4 | Pipe | Plumbing |
| 5 | Pipe cutter | Plumbing |
| 6 | Straight coupling | Plumbing |
| 7 | Elbow coupling | Plumbing |
| 8 | T coupling | Plumbing |
| 9 | Spanner | Plumbing |
| S.No | Tool Name | Title of the Experiment |
|---|---|---|
| 1 | Plasma water | Metal cutting |
Class: MECHANICAL
Year/ Sem: II YEAR / II SEM
Brief description about lab
Fluid mechanics laboratory provides a hands on environment . that is crucial for developing students understanding of theoretical concepts fluid mechanics laboratory is of fluids and their flows are studied and observed pressure variations of compressible fluids when they allowed flowing through convergent and divergent nozzles . calculation of pressure gauges and theoretical demonstration of different laws of fluid mechanics etc.
| S.NO | NAME OF THE EXPERIMENT | EQUIPMENT INVOLVED |
|---|---|---|
| 1 | Imapct of jet on vanes | Impact of jet |
| 2 | Perforamance test on pelton wheel | Pelton wheel turbine |
| 3 | Perforamance test on francis turbine | Francis turbine |
| 4 | Performance test of kaplan turbine | Kaplan turbine |
| 5 | Perforamance test on single stage centrifugal pump | Single stage centrifugal pump |
| 6 | Perforamance test on multi stage stage centrifugal pump | Multi stagestage centrifugal pump |
| 7 | Perforamance test on reciprocating pump | Reciprocating pump |
| 8 | Calibration of venturi meter | Venturi meter apparatus |
| 9 | Calibration of orifice meter | Orifice meter apparatus |
| 10 | Determination of friction factor for a given pipe line | Friction factor apparatus |
| 11 | Determination of loss of head due to sudden contraction in a pipe line | Sudden contraction in a pipe line |
| 12 | Verification of bermoullis theorems | Bermoullis equipment |
| S. No | Description of Equipment |
|---|---|
| 1 | Impact of jet on vanes with M.S tank |
| 2 | Pelton wheel turbine with M.S tank |
| 3 | Francis turbine with MS tank |
| 4 | Kaplan turbine with M.S tank |
| 5 | Venturi meter and orifice meter with M.S tank |
| 6 | Reciprocating pump with M.S tank |
| 7 | Centrifugal pump with M.S tank |
| 8 | Notch apparatus with M.S tank |
| 9 | Bernoullis theorem with M.S tank |
| 10 | Multi stage centrifugal pump |
Class: MECHANICAL
Year/ Sem: II YEAR / II SEM
Brief description about lab
The prosperity of any society or country is directly dependent upon the production and productivity of every activity of economical development. The main objective of the laboratory is to impart knowledge to students on different manufacturing technique through students of different manufacturing technique through study of different processes like castings, machining processing, joining processes, metal cutting and tool design, metrology , machine tools, machining systems, automation jigs and fixtures, die and mould design, material science, design of automobile parts, machine designing and manufacturing production engineering also overlaps substantially with manufacturing engineering and industrial engineering.
| S.NO | NAME OF THE EXPERIMENT | EQUIPMENT INVOLVED |
|---|---|---|
| I - METAL CASTING LAB | ||
| 1 | Pattern design and Making | Wood Turning Lathe Carpentry |
| 2 | Sand properties testing | Sand rammer Permability tester Hardness tester Compressive tester |
| 3 | Moulding melting and Casting | Cope/drag box & pattern Open Hearth Furnace Crucible |
| II - WELDING LAB | ||
| 1 | ARC Welding Lap & Butt Joint | ARC Welding Setup |
| 2 | Spot Welding | Spot Welding Equipment |
| 3 | TIG welding | TiG Welding Equipment |
| 4 | Plasma welding and Brazing | Plasma welding Brazing Machine |
| MECHANICAL PRESS WORKING | ||
| 1 | Blanking and Piercing operation and study of simple, compound and progressive press tool. | Hydraulic Press equipment Die sets for Blanking and Piercing |
| 2 | Hydraulic press: Deep drawing and extrusion operation | Hydraulic Press equipment Deep drawing die Extrusion die |
| 3 | Bending and Other Operations | Hydraulic press equipment Bending die |
| IV: PROCESSING OF PLASTICS | ||
| 1 | Injection Moulding | Injection Moulding Machine |
| 2 | Blow Moulding | Blow Moulding Machine Compressor |
| S. No | Description of Equipmen |
|---|---|
| 1 | Spot welding |
| 2 | Oxygen gas welding cylinder |
| 3 | Acetylene gas welding cylinder |
| 4 | Trolley for cylinder |
| 5 | Injection Moulding machine |
| 6 | Hydraulic press |
| 7 | Electric drilling machine |
| 8 | Hand straight Grinder |
| 9 | High carbon steel die for manufacturing Identity card |
| 10 | Universal strength machine (Hydraulic) |
| 11 | TIG welding |
| 12 | DC welding machine |
| 13 | plasma cutting machine |
Class: MECHANICAL
Year/ Sem: IV YEAR / I SEM
Brief description about lab
The main objective of this laboratory is to provide basic knowledge on 2D drafting,solid model design & surface modeling. This particular design software will enhance the student capabilities to understand the design efficiently and to make some modifications according to the requirement.
| S.NO | NAME OF THE EXPERIMENT | EQUIPMENT INVOLVED |
|---|---|---|
| 1 | 2D Drafting - orthographics and isometric dimensing and tolerances | i) Computer with configuration: H/W: Pentium IV, Dual Core 2.6 GHz 2GB RAM ii) software required: AUTO CAD, CATIA |
| 2 | 3D Drafting - Part Modelling - Using Simple operations, Part Modelling - Using various operations, assembly parts- design of simple components | i) Computer with configuration: H/W: Pentium IV, Dual Core 2.6 GHz 2GB RAM ii) software required: AUTO CAD, CATIA, Pro-E |
| 3 | a. Determination of deflection of stresses in 2D and 3D trusses and beams , Stress Analysis of a plate with Circular hole b. Determination of deflection components and principle and vonmises stresses in plane of stresses c. Determination of stresses in 3D and self structure d. Estimation of natural frequencies and mode shapes harmonic response of 2D beam e. Steady state heat transfer analysis of plane and axisymmetric components |
i) Computer with configuration: H/W: Pentium IV, Dual Core 2.6 GHz 2GB RAM ii) Software required: AUTO CAD, CATIA, Pro-E , I-DEAS |
| 4 | a. Development process sheets for various components. b. Development of manufacturing and tool management system. c. Study of various post processors used in NC machines. d. Development of CNC part program. e. Machining simple components on NC machines. f. Quality control and inspection |
CNC Lathe Machine |
| S. No | Description of Equipment |
|---|---|
| 1 | Xl turn CNC slant bed lathe |
| 2 | Xl mill cnc bench milling machine |
| 3 | Systems (Lenovo) |
