Teaching Assistance for “Heat Transfer” (Graduate Course in Mechanical Engineering and Aerospace Engineering), Fall 2020, Fall 2019, Fall 2014, Instituto Superior Técnico, Universidade de Lisboa.
Practical Lectures (Fall 2020)
Lecture 1 — Revision of thermodynamics concepts: Statement [PDF] and Solution [PDF-OpenAccess]
Lecture 2 — Energy balances and heat transfer rate equations: Statement [PDF] and Solution [PDF-OpenAccess]
Lecture 3 — Fourier’s law and heat diffusion equation: Statement [PDF] and Solution [PDF-OpenAccess]
Lecture 4 — One-dimensional, steady-state heat conduction: concept of thermal resistances; equivalent thermal circuit; and internal generation of thermal energy: Statement [PDF] and Solution [PDF-OpenAccess]
Lecture 5 — One-dimensional, steady-state heat conduction: extended surfaces: Statement [PDF] and Solution [PDF-RestrictedAccess]
Lecture 6 — Transient heat conduction: Statement [PDF] and Solution [PDF-RestrictedAccess]
Lecture 7 — Introduction to convection heat transfer, boundary layer equations: Statement [PDF] and Solution [PDF-RestrictedAccess]
Lecture 8 — External convection heat transfer: Statement [PDF] and Solution [PDF-RestrictedAccess]
Lecture 9 — Internal convection heat transfer: Statement [PDF] and Solution [PDF-RestrictedAccess]
Lecture 10 — Free convection: Statement [PDF] and Solution [PDF-RestrictedAccess]
Lecture 11 — Heat Exchangers: Statement [PDF] and Solution [PDF-RestrictedAccess]
Lecture 12 — Introduction to radiative heat transfer: Statement [PDF] and Solution [PDF-RestrictedAccess]
Lecture 13 — Radiative heat transfer calculations enclosures with opaque, diffuse and gray surfaces: Statement [PDF] and Solution [PDF-RestrictedAccess]
Assessments
Continuous Assessment (Fall 2020)
Problem 1: Statement [PDF]; and Solution [PDF-RestrictedAccess]
Problem 2: Statement [PDF]; and Solution [PDF-RestrictedAccess]
Final Examination
Fall 2020
Exam 1 — Problem 2: Statement [PDF]; and Solution [PDF-OpenAccess]
Exam 2 — Problem 1: Statement [PDF]; and Solution [PDF-OpenAccess]
Exam 3 (Special Season) — Problem 2: Statement [PDF]; and Solution [PDF-RestrictedAccess]
Exam 4 (Extraordinary Season) — Problem 2: Statement [PDF]; and Solution [PDF-OpenAccess]
Fall 2019
Exam 1 — Problem 1: Statement [PDF]; and Solution [PDF-OpenAccess]
Exam 2 — Problem 3: Statement [PDF]; and Solution [PDF-OpenAccess]
Fall 2014
Exam 1 — Problem 1: Statement [PDF]
Exam 2 — Problem 1: Statement and and Solution [PDF-OpenAccess]
Exam Special Season — Problem 1: Statement [PDF]
Computational Laboratories
Fall 2020
Computational Laboratories – Introduction [PDF]
Computational Laboratory 1 – Heat Transfer from Extended Surfaces [PDF]
Computational Laboratory 2 – One Dimensional, Transient Conduction [PDF]
Computational Laboratory 3 – Forced convection on a flat plate [PDF]
Computational Laboratory 4 – Heat Exchangers [PDF]
Fall 2019
Computational Laboratories – Introduction [PDF]
Computational Laboratory 1 – Heat Transfer from Extended Surfaces [PDF]
Computational Laboratory 2 – One Dimensional, Transient Conduction [PDF]
Computational Laboratory 3 – Forced convection on a flat plate [PDF]
Computational Laboratory 4 – Heat Exchangers [PDF]
Fall 2014
Computational Laboratory 1 – Heat Transfer from Extended Surfaces [PDF]
Computational Laboratory 2 – One Dimensional, Transient Conduction [PDF]
Computational Laboratory 3 – Forced convection on a flat plate [PDF]
Computational Laboratory 4 – Heat Exchangers [PDF]