Have you ever wondered, “how many hair dryers it takes to launch into space? Or pondered if it is possible to reverse the effects of climate change with air conditioning?” These captivating questions serve as the entry point into the world of ThermoFluids - an intricate intersection of thermodynamics and fluid mechanics that has captivated engineers for centuries. In the pursuit of economical and efficient solutions, engineers have grappled with challenges like generating power, transferring heat and energy, and constructing fluid-immersed structures such as airplanes, dams, wind turbines, and bridges. As we propel into the future, the next generation of engineers will harness their expertise to design innovative devices and unravel solutions to unforeseen problems, making this course an essential exploration of the foundational knowledge required for analysing and designing cutting-edge equipment and technologies.
Within the context of engineering, this course delves deep into the profound impact of ThermoFluids. From unravelling the fundamental properties of fluids to exploring their dynamic motion, students gain invaluable insights into the intricate interplay between thermodynamics and fluid mechanics. The application of the first and second laws of thermodynamics to scenarios like closed and open systems, along with the examination of simple thermodynamic cycles, equips students with the skills needed to navigate real-world challenges. These compelling questions not only spark curiosity but also encourage students to explore the limitless possibilities within the captivating realm of ThermoFluids.
