Simulation and Test Lab

Simulation and Test Lab - Hardware

About Us

The Simulation & Test Lab (Hardware) at IIT Tirupati's Centre of Excellence provides a high-performance platform for real-time data acquisition, vibration testing, and system diagnostics. This lab supports hardware-in-the-loop (HIL) testing and includes advanced sensors and signal tools for mechanical and acoustic analysis.

Simulation and Test Lab - Hardware

Key Focus Areas

Vibration Testing: Analyze mechanical vibrations for durability.
Modal Analysis: Identify natural frequencies and improve design.
Acoustic Testing: Evaluate sound for machinery and buildings.
Fault Diagnostics: Predict and detect system failures.
Digital Twin Implementation: Simulate and validate physical systems.
Automotive R&D: Assess components like suspension and chassis.
Building Acoustics: Conduct noise mapping and reduction.

Software / Hardware

DAQ System: High-speed data capture for real-time analysis.
Triaxial Accelerometers: Multi-directional vibration sensing.
Force Sensors: Mechanical force/load measurement.
Microphones & Hammer: Acoustic + impact analysis.
Mini Shaker: Used for structural testing.

Training Programs

Students: Vibration, modal, and acoustic diagnostics.
Professionals: Courses on predictive maintenance and fault analysis.
Internships: Real-world hardware testing programs.

Potential Beneficiaries

Researchers in vibration and acoustics.
Industries requiring fault diagnostics and real-time monitoring.
Startups in mechanical and digital twin development.

Lab Workspace

Simulation and Test Lab Hardware

High End Computing Systems with Advanced Hardware, Software with Central AC

About the Lab

Key Focus Areas , Hardware and Software

List of highly advanced software

Supporting Facility - Dynamics Lab

Supporting Facility
Dynamics Lab

Multi stage planetary Gear system

The planetary gear is a special type of gear drive, in which the multiple planet gears revolve around a centrally arranged sun gear. The equipment allows the investigation of the dynamic behavior of a two-stage planetary gear.

Forces in a Reciprocating Pump

The equipment enables investigation of the free masses and moments of a reciprocating engine with a single cylinder, with two cylinders or with four cylinders

Gyroscope

The equipment demonstrates the properties of guided gyroscopes. The moments caused by the precession can be experimentally determined.

Worm Gear

The equipment is used to study their torque ratios and efficiency. The transmission ratio of the gear can be determined. The basic concepts of tooting such as tooth number and gear number, module, pitch and centre distance are illustrated.

Disc Rolling on Inclined Plane

The equipment offers rolling experiments on an inclined plane and pendulum experiments with a physical pendulum to determine mass moments of inertia experimentally.

Dry Friction

The equipment provides a broad range of experiments relating to static and dynamic friction between solid bodies which are in contact with each other and moving relative to each other. Various influences on friction can be investigated, such as surface properties and material pairing.

Simulation and Test Lab - Hardware

About Us

Simulation and Test Lab - Hardware

Key Focus Areas

Software / Hardware

Training Programs

Potential Beneficiaries

Lab Workspace

Simulation and Test Lab Hardware

About the Lab

Key Focus Areas , Hardware and Software

Supporting Facility - Dynamics Lab

Supporting Facility
Dynamics Lab

Multi stage planetary Gear system

The planetary gear is a special type of gear drive, in which the multiple planet gears revolve around a centrally arranged sun gear. The equipment allows the investigation of the dynamic behavior of a two-stage planetary gear.

Forces in a Reciprocating Pump

The equipment enables investigation of the free masses and moments of a reciprocating engine with a single cylinder, with two cylinders or with four cylinders

Gyroscope

The equipment demonstrates the properties of guided gyroscopes. The moments caused by the precession can be experimentally determined.

Worm Gear

The equipment is used to study their torque ratios and efficiency. The transmission ratio of the gear can be determined. The basic concepts of tooting such as tooth number and gear number, module, pitch and centre distance are illustrated.

Disc Rolling on Inclined Plane

The equipment offers rolling experiments on an inclined plane and pendulum experiments with a physical pendulum to determine mass moments of inertia experimentally.

Dry Friction

The equipment provides a broad range of experiments relating to static and dynamic friction between solid bodies which are in contact with each other and moving relative to each other. Various influences on friction can be investigated, such as surface properties and material pairing.

CoE SMEVT

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Simulation and Test Lab - Hardware

About Us

Simulation and Test Lab - Hardware

Key Focus Areas

Software / Hardware

Training Programs

Potential Beneficiaries

Lab Workspace

Simulation and Test Lab Hardware

About the Lab

Key Focus Areas , Hardware and Software

Supporting Facility - Dynamics Lab

Supporting FacilityDynamics Lab

Multi stage planetary Gear system The planetary gear is a special type of gear drive, in which the multiple planet gears revolve around a centrally arranged sun gear. The equipment allows the investigation of the dynamic behavior of a two-stage planetary gear.

Forces in a Reciprocating Pump The equipment enables investigation of the free masses and moments of a reciprocating engine with a single cylinder, with two cylinders or with four cylinders

Gyroscope The equipment demonstrates the properties of guided gyroscopes. The moments caused by the precession can be experimentally determined.

Worm Gear The equipment is used to study their torque ratios and efficiency. The transmission ratio of the gear can be determined. The basic concepts of tooting such as tooth number and gear number, module, pitch and centre distance are illustrated.

Disc Rolling on Inclined Plane The equipment offers rolling experiments on an inclined plane and pendulum experiments with a physical pendulum to determine mass moments of inertia experimentally.

Dry Friction The equipment provides a broad range of experiments relating to static and dynamic friction between solid bodies which are in contact with each other and moving relative to each other. Various influences on friction can be investigated, such as surface properties and material pairing.

CoE SMEVT

Quick Links

Important Links

Address

Social

Supporting Facility
Dynamics Lab

Multi stage planetary Gear system

The planetary gear is a special type of gear drive, in which the multiple planet gears revolve around a centrally arranged sun gear. The equipment allows the investigation of the dynamic behavior of a two-stage planetary gear.

Forces in a Reciprocating Pump

The equipment enables investigation of the free masses and moments of a reciprocating engine with a single cylinder, with two cylinders or with four cylinders

Gyroscope

The equipment demonstrates the properties of guided gyroscopes. The moments caused by the precession can be experimentally determined.

Worm Gear

The equipment is used to study their torque ratios and efficiency. The transmission ratio of the gear can be determined. The basic concepts of tooting such as tooth number and gear number, module, pitch and centre distance are illustrated.

Disc Rolling on Inclined Plane

The equipment offers rolling experiments on an inclined plane and pendulum experiments with a physical pendulum to determine mass moments of inertia experimentally.

Dry Friction

The equipment provides a broad range of experiments relating to static and dynamic friction between solid bodies which are in contact with each other and moving relative to each other. Various influences on friction can be investigated, such as surface properties and material pairing.