End-to-end support for laboratory scale experimental research facilities offers comprehensive assistance from inception to operation. This includes conceptualization, facility design and equipment procurement.Tailored solutions address specific research needs, fostering innovation and collaboration. The goal is to establish cutting-edge facilities that provide a conducive environment for experimental research.

Gas turbine engine performance modeling involves comprehensive analysis to predict the engine performance at various off-design operating conditions. The model can also be used to optimize efficiency and thrust output at the design phase. Tailored models integrate factors like fuel type, altitude, and temperature for precise performance estimation. The goal is to refine engine design and operation, enhancing overall efficiency and reliability.

Data acquisition and instrumentation utilizing LABVIEW software and National Instruments hardware enable precise measurement and control in experimental setups. LABVIEW's intuitive programming interface facilitates real-time data collection, analysis, and visualization. National Instruments hardware ensures reliable and accurate signal acquisition across various sensors and devices. Tailored solutions integrate seamlessly with existing setups, offering flexibility and scalability. The goal is to streamline experimental processes, enhance measurement accuracy, and facilitate efficient data interpretation and analysis.

Details coming soon

Scaled testing of axial flow fan and turbine involves comprehensive analysis to optimize performance and efficiency. Utilizing scaled-down models, engineers assess aerodynamic characteristics, pressure ratios, and power output. Advanced instrumentation, including pressure probes and flow meters, enables precise data acquisition during testing. Tailored setups integrate with existing infrastructure and experimental protocols for seamless operation.

Estimation of the normal absorption coefficient of a test specimen involves meticulous analysis to quantify its sound absorption properties accurately. Utilizing specialized equipment such as impedance tubes, researchers measure the specimen's acoustic response across different frequencies and angles of incidence. The goal is to provide insights into the specimen's acoustic behavior, facilitating the design of acoustically optimized products or environments.

Generating motor characteristics entails comprehensive analysis to delineate performance parameters accurately. Utilizing dynamometers or motor testing rigs, engineers measure torque, speed, and efficiency across varying loads and operating conditions. The goal is to provide insights into motor behavior, facilitating optimization for specific tasks or environments.

Under development -- details coming soon