№ files_lp_4_process_2_62732
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Study analyzes the thermal performance improvements of parabolic trough solar collectors by integrating nanofluids as the working fluid and compares preparation methods and heat transfer properties.
Year: 2022
Institution: Hungarian University of Agriculture and Life Sciences
Department: Doctoral School of Mechanical Engineering; Institute of Mathematics and Basic Science; Institute of Technology
Authors: A.Y. Al-Rabeeah, I. Seres, I. Farkas
Corresponding Email: [email protected]
Type of Document: Research Article
Subject: Solar Energy, Thermal Efficiency, Nanofluids
Methodology: Experimental study on PTSC with different nanofluids, one-step and two-step preparation methods
Funding: Stipendium Hungaricum Programme
Target Audience: Researchers in mechanical and solar energy engineering
Geographical Context: Hungary
Period of Study: 2022
Reference Works: Al-Rabeeah et al., 2022; Nasruddin et al., 2016; Minnaert & Burgelman, 2007
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Zen Solid Surface Wash Trough – HPL Panels
Year: N/A
Region / City: N/A
Theme: Washroom furniture
Document Type: Product specification
Organization / Institution: Dunhams Washroom Systems
Author: N/A
Target Audience: Designers, contractors, and manufacturers in the washroom industry
Effective Date: N/A
Date of Approval: N/A
Date of Changes: N/A
Performance enhancement of heat exchanger using Nanofluids: A critical review
Year: 2023
Region / Institution: Jabalpur Engineering College, India
Topic: Heat transfer enhancement using nanofluids
Document type: Scientific review article
Department / Organization: Department of Mechanical Engineering; Department of Industrial & Production Engineering
Authors: Ankit Kumar Gupta, Bhupendra Gupta, Jyoti Bhalavi, Mohan Khandagre
Target audience: Researchers and engineers in thermal systems and nanofluid applications
Nanoparticles discussed: Fe2O3, ZnO, SiO2, Ag, carbon-based, ceramic, semiconductor, polymeric, lipid-based
Applications covered: Automotive cooling, electronic component cooling, high heat flux devices, solar water heating, biomedical applications, thermal storage
Research period: Up to 2023
Key methods: Review of experimental and theoretical studies on plate, double pipe, shell and tube, and compact heat exchangers
Challenges and prospects: Agglomeration, clogging, erosion, material synthesis, and future research directions
Topics: Parabolic Trough Nanofluids