Department : Mechanical Engineering : Laboratories

THERMAL ENGINEERING LAB

The Thermal Engineering Lab offers an immersive exploration of combustion, heat transfer, and energy conversion processes through a diverse range of advanced equipment. With specialized engines including Single Cylinder Slow Speed Field Marshal Diesel Engine, Isuzu Petrol Engine, and Greaves Engine, students delve into the intricacies of internal combustion and performance analysis. Hands-on experiments with Double Cylinder Field Marshal Diesel Engines, equipped with both eddy current and resistance loading systems, provide insights into engine dynamics and power generation under varying loads. The lab also facilitates precise viscosity measurements using instruments like the Redwood Viscometer-II and thermal analysis through the Pensky Martin Apparatus and Junkers Gas Calorimeter. Students gain practical experience in calorimetry techniques with the Bomb Calorimeter, while studies on valve timing of diesel engines deepen their understanding of engine efficiency and performance optimization. Additionally, experiments with Multistage Reciprocating Compressors and Centrifugal Blowers offer insights into compression processes and fluid dynamics, enriching students' knowledge in thermal and mechanical engineering domains.

• Single Cylinder slow speed Field Marshal diesel engine
• Isuzu petrol engine
• Greaves Engine
• Double cylinder Field marshal diesel engine with eddy current loading
• Double cylinder Field marshal diesel engine with resistance loading
• Redwood Viscometer - II
• Pensky Martin apparatus
• Junkers Gas Calorimeter
• Bomb Calorimeter
• Valve Timing of single cylinder diesel engine
• Multistage reciprocating compressor
• Centrifugal blower

FLUID MECHANICS & HYDRAULIC MACHINERY LAB

The Fluid Mechanics and Hydraulic Machines Lab serves as an engaging hub where students dive deep into the intricacies of fluid dynamics and hydraulic machinery. Within its walls, they explore the dynamic behaviors of fluids, from the tranquil flow of laminar streams to the chaotic turbulence of high-velocity currents. Equipped with state-of-the-art apparatus, they embark on a journey to dissect hydraulic machines, analyzing the intricate workings of pumps, turbines, and hydraulic systems. Beyond theoretical frameworks, the lab fosters a practical understanding of real-world applications, empowering students to conceptualize and design solutions for engineering challenges across diverse sectors. Whether optimizing the flow of water in irrigation networks or enhancing the efficiency of hydraulic power plants, students hone their problem-solving skills and cultivate a spirit of innovation that propels them towards future engineering endeavors.

• Pelton wheel
• Francis turbine
• Kalplan turbine
• Gear pump
• Reciprocating pump
• Centrifugal pump
• Rectangular & Trianhgular notch apparatus
• Circular orifice apparatus
• Bernoullis apparatus
• Major & minor pipe losses apparatus
• Venturimeter & orificemeter apparatus

METROLOGY / MECHANICAL ENGINEERING LAB

The Metrology/Mechanical Engineering Lab is a comprehensive facility housing an array of advanced equipment crucial for precision measurement and mechanical analysis. Students engage with cutting-edge tools such as the Tool Maker's Microscope, LVDT, and Autocollimator, honing their skills in dimensional metrology and optical measurement techniques. They delve into mechanical dynamics through experiments with apparatus like the Whirling of Shaft apparatus and Governors, including Hartnell, Watt, and Porter types, gaining insights into control systems and vibration analysis. The lab also facilitates hands-on exploration of fundamental concepts in rotational motion and structural dynamics using instruments like the Rotating Disc Gyroscope and Free and Forced Vibration apparatus. Additionally, students utilize modern instrumentation such as Surface Roughness Meters and Dead Weight Pressure Gauges to evaluate surface quality and pressure measurement accuracy. With access to tools for temperature calibration and innovative technology like Stepper Motor Tutors and 3D Printers, students are equipped to tackle diverse engineering challenges, fostering practical skills and innovative problem-solving abilities essential for their future careers.

• Tool makers microscope
• LVDT
• Autocollimator
• Whirling of shaft apparatus
• Governors (Hartnell, Watt, Porter)
• Free and forced vibration apparatus
• Rotating disc gyroscope
• Surface roughness meter
• Dead Weight pressure gauge
• Temperature Calibration unit
• Stepper motor tutor
• 3D Printer

COMPUTER AIDED DESIGN & ANALYSIS LAB

In engineering design and analysis, ANSYS and Autodesk Inventor synergize to address intricate challenges across structural, thermal, and fluid dynamics. ANSYS Static Structural and Thermal modules optimize designs for strength and thermal performance, while ANSYS Fluent simulates fluid flow with precision. Complemented by Autodesk Inventor's intuitive 3D modeling and assembly tools, engineers efficiently craft and visualize designs, ensuring seamless translation from concept to reality while driving innovation in diverse engineering applications.

• Computers : 10 Nos : 16 Gb RAM

• Autodesk Inventor
• ANSYS R24

MACHINE LAB

In the Machine Shop, a hub of precision and craftsmanship, a myriad of advanced equipment stands ready to shape raw materials into intricate components. From the sturdy Center Lathe to the versatile Vertical Milling Machine, each tool embodies precision engineering and versatility, empowering students to craft with finesse. With machines like the Surface Grinder and Cylindrical Grinder, students refine surfaces to exact specifications, while the Power Saw and Vertical Drilling Machine facilitate precise cutting and hole drilling operations. Amidst the hum of activity, the shop becomes a dynamic space where theoretical knowledge transforms into practical skills, fostering a culture of innovation and excellence in machining technology.

• Center Lathe
• Shaper
• Slotter
• Surface Grinding
• Cylindrical Grinding
• Horizontal Milling Machine
• Vertical Milling Machine
• Power Saw
• Vertical Drilling Machine
• Swirling Head Drilling Machine
• Hand Grinders
• Welding Machine

THERMAL ENGINEERING LAB - II

In the Thermal Engineering Lab - II, students delve into the intricacies of heat transfer and thermal properties through a diverse range of advanced equipment. From measuring emissivity and thermal conductivity to analyzing composite walls and lagged pipes, each apparatus offers insights into real-world heat transfer phenomena. With experiments on free and forced convection, students explore the complexities of fluid flow and heat exchange. The lab also features tools such as heat exchangers and air conditioning test rigs for practical studies on heat transfer applications. Through hands-on activities like calibrating thermocouples and testing pressure gauges, students develop essential skills in instrumentation and measurement techniques, fostering a deep understanding of thermal engineering principles.

• Emissivity Measurement
• Thermal Conductivity of Liquids
• Composite Wall Apparatus
• Lagged Pipe Apparatus
• Free Convection
• Forced Convection
• Heat Exchanger
• Stefan Boltzman Apparatus
• Air Conditioning Test Rig
• Calibration of Thermocouple
• Dead Weight Pressure Gauge Tester
• Heat Pipe Demonstrator