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Laboratories Profile
Mechanical Engineering Section
Yadavindra College of Engineering
Punjabi University Guru Kashi Campus
Talwandi Sabo (Bathinda)
PUNJAB
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INTRODUCTION
The laboratories are fully equipped with complete set of latest equipments and tools,
which caters to the need of the undergraduate and post graduate students and has experienced
technical staff from industrial background. The various labs and workshops encompass the vital
aspects of Mechanical Engineering – Hydraulics, Machine Tools, and Heat Engines etc. The
major laboratories are:
1. Strength of Materials Lab
2. Manufacturing Technology Lab
3. Fluid Mechanics Lab
4. Applied Thermodynamics Lab
5. Dynamics of Machines Lab
6. Heat & Mass Transfer Lab
7. Computer Aided Design Lab
8. Machining Sciences Lab
9. Refrigeration & Air Conditioning Lab
10. Computer Integrated Manufacturing Lab
11. Fluid Machinery Lab
12. Internal Combustion Engines Lab
13. Research Lab
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Strength of Materials Lab
Faculty Incharge: Dr. Rakesh Bhatia, Assistant Professor
Er. Lakhvir Singh, Assistant Professor
Attendant: Mr. Shiv Charan
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INTRODUCTION
Properties of the materials are very important in the process of designing the durable
components / machines / structures etc. These properties include mechanical properties,
thermal properties, electrical properties, optical properties or magnetic properties or
deterioration properties. Mechanical engineers are mainly concerned with the mechanical
properties like strength, ductility, hardness, brittleness, toughness, creep, fatigue strength of
the materials. These properties play an important role for the structures and components that
are intended to sustain various type of loads under the given service conditions. Different
applications need specific mechanical properties. Sometimes hardness is required at the
surface of the components, like gears, to make them wear resistant and sometimes toughness is
required to resist impact loading. One of the principle concerns of an engineer is the analysis
of materials used in structural applications. The term structure refers to any design that utilizes
materials that support loads and keeps deformation within acceptable limits. Designing
machines, structures, and vehicles, which are reliable as well a safe and cost effective, requires
a proper knowledge of engineering as well as material selection.
This laboratory provides the know-how of the mechanical properties of the
materials through various experiments on testing machines and equipments. Mainly destructive
testing is used to determine different mechanical properties of the given specimen. The student
will perform tests on materials in tension, torsion, bending, and buckling. These conditions
and/or constraints are designed to reinforce class room theory by having the student perform
required tests, analyze subsequent data, and present the results in a professionally prepared
report.
IMPACT TESTING MACHINE
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Manufacturing Technology Lab
Faculty Incharge: Dr. Hazoor Singh, Professor
Er. Navdeep Singh, Assistant Professor
Attendant: Mr. Gurdial Singh
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INTRODUCTION
This lab is designed for the undergraduate students of Mechanical Engineering to develop
an understanding of sand casting. Student will learn the significance of sand mould testing and
effect of different constituents on the properties of molding sand. Students will also be familiar
with the basics of milling, shaping, drilling and welding operations.
Sand Testing Shop
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Fluid Mechanics Lab
Faculty Incharge: Dr. Balraj Singh Brar, Associate Professor
Er. Navdeep Singh, Assistant Professor
Attendant: Mr. Jagdish Singh
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INTRODUCTION
This Lab is intended to make the students aware of the all the aspects which comes under
the fluid flow. The experiments include flow measurement, practical applications of the basic
principles of fluid mechanics and the study of major tools used. The hydraulics lab comprises of
the performances tests of pumps and load tests on turbine test rigs. The major equipments
include:
PITOT TUBE APPARATUS
BERNOULLI'S APPARATUS
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Applied Thermodynamics Lab
Faculty Incharge: Er. Deepak Bhandari, Assistant Professor
Er. Harpreet Sharma, Assistant Professor
Attendant: Mr. Shiv Charan
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INTRODUCTION
The applied thermodynamics lab has a number of models, cut sections and experimental
setups to make the students conversant with actual engines and measurement of their
performance.
AIR COMPRESSOR TEST RIG
AXIAL FLOW TEST RIG
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COMBINED HIGH STEAM LOW WATER SAFTY VALVE
STIRLING BENT TUBE BOILER (Model)
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Dynamics of Machines Lab
Faculty Incharge: Dr. Gagandeep Kaushal, Assistant Professor
Er. Harpreet Sharma, Assistant Professor
Attendant: Mr. Gurdial Singh
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INTRODUCTION
The lab develops the students with the knowledge and working of different types of
governors and gear mechanisms up-to graduation level. The students perform experiments of
determination of gyroscopic couple, study of working principle of centrifugal governors, journal
bearing and other basic mechanisms to have practical knowledge on design and analysis of
mechanisms in machines. Mechanisms form the basis of any machine and it is an assemblage of
rigid bodies so that they move upon each other with definite relative motion. With the study of
rigid bodies motions and forces for the transmission systems, machine kinematics and dynamics
can be well understood. Demonstration exercises are provided with wide varieties of
transmission element models to understand machine kinematics. Various experiments with
governors, gyroscopes, balancing machines are available to understand machine dynamics.
GYROSCOPE APPARATUS
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Heat & Mass Transfer Lab
Faculty Incharge: Er. Rajinder Kumar, Assistant Professor
Er. Lakhvir Singh, Assistant Professor
Attendant: Ms. Charanjit Kaur
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INTRODUCTION
Heat Transfer Laboratory caters to the needs of students of B.Tech. (Mechanical
Engineering). Heat Transfer Laboratory experiments help the students to understand all the 3
modes of heat transfer, namely conduction, convection and radiation practically. These
experiments also pave way for inculcating certain innovative skills in the students making them
to use the above experimental setups as starting point to take up higher level experimental
studies in Heat Transfer.
DROPWISE & FILMWISE CONDENSATION APPARATUS
THERMAL CONDUCTIVITY OF METAL ROD APPARATUS
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HEAT TRANSFER THROUGH FORCED CONVECTION APPARATUS
HEAT TRANSFER IN NATURAL CONVECTION APPARATUS
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HEAT RANSFER THROUGH PIN FIN APPARATUS
DOUBLE PIPE HEAT EXCHANGER APPARATUS
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Computer Aided Design Lab
Faculty Incharge: Er. Avtar Singh, Assistant Professor
Er. Ram Singh, Assistant Professor
Attendant: Mr. Puran Singh
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INTRODUCTION
Computer aided design lab help to inculcate the design skill among the students of
Mechanical Engineering stream. In this lab students improve their design dexterity by design
software’s. Automatic design of machine parts is a difficult task in the traditional regime.
Traditionally, first design the part and then produce prototype to analyses its performance. But
now day each activity of design and analysis performed online by using computer and further
can be automated with latest CAD tools.
Design activity comprises selection of material, shape, and aesthetics of part where as the
analysis and simulation technique related to performance investigation of part. To investigate the
performance of part under service conditions different analysis viz. stress strain, heat transfer etc.
are performed. If some problems persist in designing of part, then modify it repeat the process of
analysis and simulation.
LIST OF MAJOR SOFTWARE AND HARDWARE:
Software/Hardware Details Quantity
SolidWorks® Education Student
Edition 2009-10
Network perpetual licenses 30
Pro-Engineer® Student University
Edition 2008-09
Network perpetual licenses 499
Inventor® Professional Student
Edition 2008-09
Standalone perpetual licenses 05
All in One Computer Systems ACER, HP 24
Computer Systems HP, IBM 25
Inkjet Plotter, Printer HP 01 each
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Machining Sciences Lab
Faculty Incharge: Dr. Sukhpal Singh Chatha, Assistant Professor
Er. Gaganpreet Singh Sandhu, Assistant Professor
Attendant: Mr. Gurdial Singh
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INTRODUCTION
This lab enables students to be familiar with the concepts of measurement. Students are
trained to handle different measurement instruments like Dynamometer, Tool Makers
Microscope, Roughness tester etc. A close study of accuracy during manufacturing and
machining various mechanical components is taught to the students of B.Tech. (ME) and
M.Tech. (ME) . The Major equipments include:
DRILL TOOL DYNAMOMETER
POLISHING MACHINE
LATHE TOOL DYNAMOMETER
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Refrigeration & Air Conditioning Lab
Faculty Incharge: Dr. Pardeep Kumar Jindal, Assistant Professor
Er. Gaganpreet Singh Sandhu, Assistant Professor
Attendant: Ms. Charanjit Kaur
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INTRODUCTION
This lab is equipped to perform the experiments including the performance and study of
basic components used in Refrigeration and Air Conditioning. The equipments include
Refrigeration Test Rig, Water Cooler, Simple Vapour Compression System, Domestic
Refrigerator, Ice Plant, Vapour Absorption Refrigeration System, Blower Test Rig, Air
Conditioner and Cut Sections of different components.
CASCADE REFRIGRATION SYSTEM
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Computer Integrated Manufacturing Lab
Faculty Incharge: Er. Sunil Kumar Baghla, Assistant Professor
Er. Ram Singh, Assistant Professor
Attendant: Mr. Puran Singh
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INTRODUCTION
The main objective of CIMS lab is to demonstrate the concepts discussed in computer
integrated manufacturing course and introduce to CNC part programming for simulation of
various machining operations. CIM lab also educates the students on flexible manufacturing
system, robot programming, hydraulic, pneumatic and electro-pneumatic systems.
CNC MACHINE
MINI-ROBOT
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Fluid Machinery Lab
Faculty Incharge: Dr. Balraj Singh Brar, Associate Professor
Er. Navdeep Singh, Assistant Professor
Attendant: Mr. Jagdish Singh
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INTRODUCTION
A fluid machine is a device which converts the energy stored by a fluid into mechanical
energy or vice versa. The energy stored by a fluid mass appears in the form of potential, kinetic
and intermolecular energy. The mechanical energy, on the other hand, is usually transmitted by
a rotating shaft. Machines using liquid (mainly water, for almost all practical purposes) are
termed as hydraulic machines.The lab apparatus is very much helpful for the students to fortify
their theoretical knowledge.
GEAR PUMP TEST RIG
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Internal Combustion Engines Lab
Faculty Incharge: Dr. Pardeep Kumar Jindal, Assistant Professor
Er. Gaganpreet Singh Sandhu, Assistant Professor
Attendant: Mr. Shiv Charan
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INTRODUCTION
This lab makes the student understand about the design concepts and principles of
various engine components. It also imparts basic knowledge to students with respect to
transmission system of automobiles and will enable the student to understand the latest
developments in the field. This lab promotes the ability to select the appropriate strategy and
equipment needed to perform a repair task. The heat engines lab comprises of the performance
tests on various engines. The Major equipments include:
2 STROKE PETROL ENGINE (Model)
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CUT SECTIONAL SINGLE CYLINDER DIESEL ENGINE
4 STROKE PETROL ENGINE (Model)
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4- CYLINDER FOUR STROKE PETROL ENGINE ROPE BRAKE DYNAMOMETER
SINGLE CYLINDER FOUR STROKE DIESEL ENGINE ROPE BRAKE DYNAMOMETER
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Research Lab
Faculty Incharge: Dr. Rakesh Bhatia, Assistant Professor
Instructor: Er. Harkulwinder Singh
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INTRODUCTION
Research Laboratory in Yadavindra College of Engineering was established with the
funds received by faculty of Mechanical Engineering Section for two major research projects
sanctioned from Department of Science and Technology (DST), New Delhi for combating with
the erosion/corrosion problems in boiler tubes and pulverized coal burner nozzles in thermal
power plants. The research lab has a focused area evolved from problems of frequent shutdowns
in thermal power plants and deals with advanced surface engineering research to cope with the
challenges faced by industries. In addition to solving the problems encountered by thermal power
plants, the lab is also used by Ph.D and M.Tech. research scholars for doing their research related
activities.
AIR JET EROSION TESTER