Project: NPRP 6 - 116 - 2 - 044 (Award Active ) Title: Solar Hybrid Hydrogen Production Cycle with In-situ Thermal Energy Storage Duration: 3 Year(s) Start Date: 2/16/2014 12:00:00 AM Submitting Institution: Texas A&M University at Qatar Research Area: 2. Engineering and Technology Speciality: 2.03 Mechanical Engineering Sub Speciality: Thermodynamics Project Description: The program [...]
Experimental and numerical investigation of the aperture size effect on the efficient solar energy harvesting for solar thermochemical applications Sarwar J., Georgakis G., Kouloulias K. and Kakosimos K.E., "Experimental and numerical investigation of aperture size effect on the efficient solar energy harvesting for solar thermochemical applications", Energy Conversion and Management 92:331-341 (2015). doi: doi:10.1016/j.enconman.2014.12.065 https://goo.gl/fg3qHG [...]
Numerical Investigations Of The Aperture Size Effect For Maintaining A Constant Temperature In A Novel Sulfur-Ammonia Water Splitting Cycle Application Sarwar J., Srinivasa A. and Kakosimos K.E., “Numerical investigations of the aperture size effect for maintaining a constant temperature in a novel sulfur-ammonia water splitting cycle application”, Thermal Science (2015). doi: 10.2298/TSCI141220075S https://goo.gl/i9U8Df illustration of the optical model Solar-driven thermochemical water splitting cycle is a promising, energy efficient and environmental friendly approach to produce hydrogen. In this paper, […]
