AS
Adityabir Singh
Chandigarh University
Research areas: Engineering · Mechanical Engineering · Thermodynamic and Exergetic Analyses of Power and Cooling Systems · Advanced Thermodynamic Systems and Engines · Refrigeration and Air Conditioning Technologies
0009-0003-7931-1708
Employment
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Chandigarh University Assistant Professor (Research)2024 - Present
Education
Education history is unavailable.
Projects & Funding
Projects & funding information is unavailable.
Publications (18)
- Coupled heat extraction from gradient and storage zones and its effect on base insulation effectiveness of a salt gradient solar pond Save
- Assessment of Thermal Energy Storage Materials Used in Open-to-Sun Renewable Thermal Reservoirs Save
- Renewable Energy Potential of Panicum Virgatum: Combustion Performance of Syngas for Bioenergy Applications Save
- A thermo-hydraulically efficient hybrid solar-geothermal heating solution for sustainable space heating in cold regions Save
- A Comparative Analysis and Optimization of a Distillation Unit Assisted Goswami Cycle-Absorption Chiller Assembly Save
- An Improved Goswami Cycle Assisted by a Distillation Unit: A Comparison and Optimization Study Save
- Application of Artificial Neural Network in Renewable Energy-Based Building Cooling Systems Save
- ENERGY AND EXERGY OPTIMIZATION OF A DOUBLE-STAGE KALINA CYCLE WITH A BOTTOMING GOSWAMI CYCLE Save
- Evaluation of Optimum Wall Slope of a Frustum Shape Solar Pond under Variable Ambient Conditions Save
- INTEGRATION OF BIOMASS GASIFICATION WITH A GAS TURBINE CYCLE AND A TRIPLE-PRESSURE COGENERATION CYCLE Save
- Inverse Prediction of Unknown Parameters for a Geothermal/Waste Heat Operated Kalina Cycle Save
- Performance Optimization of a Waste Heat-Operated Tri-generation Cycle Under Different Energy Situations Save
- Forward and Inverse Optimization of a Solar or Waste Heat Operated Modified Goswami Cycle Save
- STUDY ON SERIES INTEGRATED POWER-ABSORPTION REFRIGERATION SYSTEM WITH ADJUSTABLE CONCENTRATION AND SOURCE/SINK PRESSURE Save
- A novel combined power and cooling cycle design and a modified conditional exergy destruction approach Save
- Improved exergy evaluation of ammonia-water absorption refrigeration system using inverse method Save
- Bond graph aided thermal modelling of twin-tube shock absorber Save
- Bond graph aided performance analysis of antilock braking system for a bicycle vehicle model with camber angle and fork angle Save