The department has been furnished with modern equipment and machineries as per the requirement of the syllabus of Anna University, Chennai. In all the laboratories and workshops, skilled technical persons are available at any time to train the students. The budding engineers are encouraged to enrich their knowledge by utilizing the facilities and resources of the department. Some of the important features of the laboratories are highlighted here.
Material characterization laboratory
X- Ray Diffraction analysis (XRD) RIGAKU Corporation, Japan. XRD is a technique used in materials science to determine the crystallographic structure of a material. Moreover, This is also used to analyse the phases present in the materials. Characterization charge is given below:
In Strength of Materials Laboratory, students learn to measure the mechanical properties of materials, such as tensile strength, compressive strength, torsional strength, hardness of the materials, impact load etc. from metal bars and bricks to concrete cubes. Computerized Universal Testing Machine is one of the important equipment available in this laboratory.
- Computerized Universal Testing Machine
- Torsion Testing Machine
- Brinell Hardness Testing Machine
- Rockwell Hardness Testing Machine
- Impact Test-IZOD
- Impact Test-CHARPY
- Spring Testing Machine
- Muffle Furnace
- Deflection of Beam Apparatus
The Working principal and functioning of four bar chain mechanism, slider crank mechanism, governor mechanism, gyroscopic mechanism etc. which are taught to the students theoretically in the class room are demonstrated to them in this laboratory. Vibration characteristics of springs, beams, shafts are also studied. Force transmitted to the foundation, cam profiles and cam jump phenomenon are experimentally learned in this laboratory.
- Governor apparatus
- Whirling speed of shaft apparatus
- Spring mass system – Single degree of freedom
- Spring mass system – Multi degree of freedom
- Transverse vibration setup
- Vibrating table
- Deflection of beam apparatus
- CAM Analyser and Profile Study Apparatus
- Compound pendulum
- Reciprocating and rotating masses setup
Working in a lathe is one of the major requirements of a Mechanical Engineer. Students become skilled at lathe operations by performing turning, facing, thread cutting, knurling, chamfering, axial drilling, eccentric turning, step turning and taper turning along with the use of various tools used for the above operations. Lathe tool dynamometer which is used for measuring the cutting force exerted on the work piece by the tool in a lathe, is an important device available here.
- Centre Lathe-17 nos
- Turret Lathe
- Milling Machine
- Vertical drilling Machine
- Universal Drilling Machine
- Surface Grinding Machine
- Cylindrical Grinding Machine
- Slotting Machine
- Power Hack Saw
Heat and Mass Transfer Laboratory deals with the experiments related to different modes of heat transfer i.e. conduction, convection and radiation. In this Lab, Students become familiar with parallel flow and counter flow heat exchangers, heat transfer in the composite slab, measurement of thermal conductivity, performance of refrigerators and air conditioners and performance of compressors.
- Refrigeration Test Rig
- Air Conditioning Test Rig
- Free Convection Apparatus
- Forced Convection Apparatus
- Compressor Test Rig
- Stefan-Boltzman Constant Apparatus
- Parallel flow/Counter flow Heat Exchanger
- Emissivity Apparatus
- Pin Fin Apparatus
- Thermal Conductivity of Insulating Material
- Guarded Hot Plate Apparatus
In Fluid Mechanics and Machinery Laboratory, flow through pipes, orifice, mouthpieces, notches etc. are analyzed by the students to measure the velocity of fluid, coefficient of discharge, and coefficient of velocity. The working principle and performance of hydraulic turbines and pumps are also taught to them.
- Pelton Turbine
- Kaplan Turbine
- Francis Turbine
- Gear Pump Apparatus
- Submersible Pump Appartus
- Flow through Notches
- Pitot Tube Apparatus
- Centrifugal Pump
- Reciprocating Pump
- Major Losses
- Minor Losses
This is the laboratory where the student learns to use and calibrate measuring instruments and equipments. Main equipments in which students gain hands on experience are comparator, profile projector, sine bar, floating carriage micrometer, temperature measurement setup, force measurement setup and torque measurement setup.
- Profile Projector
- Electrical Comparator
- Tool Makers Microscope
IC Engines & Steam Power Lab
In this lab the performance and emission characteristics of Petrol engine, Diesel engine, Multicylinder engine are determined. The properties of petroleum fuels like flash & fire point, dynamic viscosity and kinematic viscosity are also determined. The cutsection models of two stroke and four stroke engines are used to draw the port timing and valve timing diagrams. The performance of the boiler and turbine are detrmined in the Steam power lab.
- Multi Cylinder Petrol Engine
- Four Stroke Diesel Engine
- Single Cylinder Petrol Engine
- Cut Section Model of Four Stroke Engine
- Cut Section Model of Two Stroke Engine
- Cleve Land Open cup Apparatus
- Red wood Viscometer
- Mini Steam Power Plant
In Mechatronics Laboratory, students learn to design and test the fluid power circuits and to control the fluid power circuits using pneumatic and hydraulic trainer kit. Students also learn to model and analyse basic electrical, hydraulic and pneumatic systems using LABVIEW software.
- Basic pneumatic trainer kit with manual and electrical controls/PLC control
- Basic hydraulic trainer kit
- Hydraulics and pneumatics systems simulation software
- 8051 – Microcontroller kit with stepper motor and drive circuit
- LABVIEW software with sensors to measure pressure, flow rate, direction, speed, velocity and force
Our CAD/CAM laboratory has been set so as to facilitate the students to create design of components, further enabling them to perform analysis on various parameters through softwares like AUTOCAD, CREO, ANSYS etc.
- AutoCAD 2010
- CREO parametric 1.0
- Analysis software ANSYS 14.0
- CNC Lathe turner
- CNC milling turner
In the Foundry laboratory the fundamental manufacturing process, casting is studied. Student learns how to prepare the mould, the method of melting the metal and how the molten metal is poured in to the mould etc. The candidate becomes familiar about the tools used in foundry shop, casting allowances, casting defects and methods of eradicating the defects.The process of joining similar and dissimilar metals is studied in the Welding shop. Student gains practical working experience of the arc welding, gas welding and gas cutting, soldering and brazing techniques.Apart from the experiments and exercises on the above laboratories and workshops, a candidate is given training on plumbing work, electrical wiring and wood working in carpentry shop along with the tools and their usage.
Apart from the exercises students undergo in the above mentioned laboratories and workshops, they are also given training in plumbing shop, electrical wiring, carpentry, sheet metal and smithy shop along with the tools and their usage.