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Heat Transfer
Learn how energy moves through conduction, convection, and radiation in engineering systems.
What you'll learn
Test your knowledge with exam-style quizzes for each section.
Section 1: Introduction & Fundamentals
Section 2: Steady-State Conduction
Section 3: Transient Conduction
Section 4: Convection Fundamentals
Section 5: Forced Convection
Section 6: Natural Convection
Section 7: Boiling & Condensation
Section 8: Heat Exchangers
Section 9: Radiation Basics
What you’ll achieve
Understand the principles of conduction, convection, and radiation.
Analyse steady-state and transient heat transfer problems.
Design and evaluate heat exchangers and thermal systems.
Apply thermal management solutions in mechanical, chemical, and environmental engineering.
Develop problem-solving skills for real-world energy and thermal applications.
Master heat transfer for your exam
Master Heat Transfer with 68 targeted quiz questions
Heat Transfer explores the mechanisms of thermal energy transfer and their applications in engineering. Students study conduction, convection, and radiation, including steady-state and transient conditions. The course covers heat exchangers, thermal resistance, and practical problem-solving in mechanical, chemical, and environmental engineering contexts. By integrating theory with applied examples, learners develop the ability to analyse, design, and optimise systems for efficient thermal management. Heat Transfer equips students with essential skills for energy systems, HVAC, and process engineering.
Master 11 core sections of heat transfer
Practice with 68 targeted quiz questions
Focus on exam preparation for engineering students
Learn from fundamentals to advanced applications