Technological Innovations in Solar Heater Materials and Manufacturing

With the use of SolidWorks software, thereby this research explores the innovative world of solar heaters by using cutting-edge materials and production methods. The study uses a descriptive methodology and a method based on inference, which are informed by an interpretive theory research philosophy. Additional resources lay the groundwork for examining the potential of cutting-edge materials like phase-change and nanotechnology. The study also looks into how SolidWorks may improve virtual prototyping, simulated accuracy, including design quality. The knowledge of thermal dynamics is further improved by the incorporation of computational fluid dynamics. Parametric is indispensable for understanding innovation, but physical validation is also necessary to ensure real-world application. According to the research, this complementary strategy provides a thorough way to advance solar heater technology while enhancing effectiveness, environmental sustainability, as well as design optimization.