Course Description

Welcome to this advanced engineering course on Transport Phenomena, brought to you by DelftX. This course delves deep into the fascinating world of heat and mass transfer, exploring the engineering principles that govern a wide range of everyday phenomena. From reducing energy loss in homes to understanding the science behind consumer products, this course offers a comprehensive look at the fundamental concepts that shape our physical world.

What You Will Learn

• Microbalance techniques and an overview of heat conduction and diffusion problems
• Calculation methods for pressure loss in pipe and pipeline systems
• Convective transport of heat and mass transfer and its applications
• Distribution of components over immiscible phases and its importance in various applications
• Flow behavior differences between substances like water and toothpaste, and the reasons behind these differences
• Definitions and calculations related to heat radiation, including black and grey bodies
• Methods to calculate heat loss through radiation

Prerequisites

• Completion of TP101x (Basics of Transport Phenomena) is strongly recommended
• Basic knowledge of calculus, including derivatives, integrals, and simple differential equations
• Understanding of thermodynamics concepts, including the first and second laws, properties of fluids, and heat effects
• High school level physics knowledge

Course Content

• Microbalances and heat conduction/diffusion problems
• Pressure loss calculations in pipe systems
• Convective transport of heat and mass
• Component distribution in immiscible phases
• Non-Newtonian fluid behavior
• Heat radiation and its calculations
• Real-world applications of transport phenomena

Who This Course Is For

• Engineers looking to refresh and deepen their knowledge of transport phenomena
• Engineering students eager to expand their understanding of heat and mass transfer
• Curious individuals who enjoy exploring the science behind everyday phenomena
• Professionals working in fields related to energy efficiency, product design, or process engineering

Real-World Applications

The knowledge gained from this course has numerous practical applications, including:

• Improving home energy efficiency
• Designing more effective consumer products
• Optimizing industrial processes involving heat and mass transfer
• Developing innovative solutions for environmental challenges
• Enhancing the performance of heating and cooling systems
• Improving fluid transport systems in various industries
• Contributing to advancements in renewable energy technologies

By mastering these concepts, students will be well-equipped to tackle complex engineering problems and drive innovation in fields ranging from consumer goods to energy systems and beyond.