Hydraulic Machines Laboratory

Hydraulic Machines, such as pumps and turbines, play an essential role in power generation and are integral to various engineering applications. The  HM Lab  at KIIT provides a comprehensive platform for students to explore and understand the fundamental principles of these critical machines, facilitating hands-on experience with a range of pump and turbine test rigs.

Key Objectives

The IC Engine Lab enhances understanding of internal combustion engines, focusing on mechanics, performance, and emissions. It bridges theory and practice through experiments and research, fostering innovation for efficient, sustainable combustion technology.

  • Provide students with practical exposure to fluid mechanics and hydraulic machinery, bridging the gap between theoretical knowledge and real-world applications.

  • Enhance students’ skills in operating, maintaining, and troubleshooting hydraulic equipment.

  • Equip students with the analytical ability to interpret experimental data, evaluate machine performance, and optimise operations.

  • Foster research and innovation aimed at enhancing the design and efficiency of hydraulic machinery.

  • Instil safety practices in handling and operating hydraulic systems.

Advanced Equipment and Instruments

The laboratory houses state-of-the-art equipment, including:

  • Computerised Single-Cylinder 4-Stroke Bi-Fuel Petrol Engine Test  with eddy current dynamometer, manufactured by K.C. Engineers Pvt. Ltd.
  • Twin-Cylinder 4-Stroke Bi-Fuel Diesel Engine Test , also by K.C. Engineers Pvt. Ltd
  • Variable Compression Ratio Petrol Engine from Legion Brothers Pvt. Ltd., allowing detailed study of combustion characteristics.

Key Focus Areas

Our primary focus areas include:

  • Pump Performance Evaluation: Analysing the performance of centrifugal and reciprocating pumps under varying operational conditions.
  • Turbine Efficiency Analysis: Examining the efficiency of Pelton, Francis, and Kaplan turbines under diverse load and head conditions, utilising both fully automated and manual testing setups to develop a well-rounded analytical approach.

The lab’s advanced facilities, including computerised and precise test rigs, enable students to gain valuable insights and skills, preparing them for challenges in hydraulic engineering. This holistic approach ensures that our graduates emerge as proficient engineers capable of advancing hydraulic machinery and systems across industries.