Call for Experimental Collaboration – Solar Thermal & Heat Pipe Research ☀️

Dear Researchers, I am currently working on a research paper entitled “Transient Study of a Capillary Heat Pipe for a Parabolic Trough Solar Collector”, which focuses on the dynamic thermal behavior and performance enhancement of solar thermal collectors using capillary heat pipe technology. To further strengthen the experimental aspects of this work, I am actively seeking research collaborators with expertise in: Experimental solar thermal systems Capillary heat pipes and two-phase heat transfer Instrumentation, data acquisition, and uncertainty analysis Thermal performance testing of concentrating solar collectors Advanced experimental methods (transient analysis, validation, scaling) The objective is to enhance experimental validation, improve data quality and interpretation, and elevate the paper to a high-impact journal standard. 👥 I warmly welcome collaboration with: Academic researchers Experimental laboratories Research groups working on solar thermal energy, heat pipes, or advanced heat transfer systems 📄 The collaboration may lead to co-authorship, extended experimental campaigns, and future joint projects. If you are interested or would like to discuss potential contributions, please feel free to comment below or contact me directly. Let’s work together to advance solar thermal innovation through strong experimental science. #SolarThermal #HeatPipes #ExperimentalResearch #RenewableEnergy #CSP #ParabolicTrough #HeatTransfer #AcademicCollaboration #EnergyTransition