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A basic, practical introduction to engineering thermodynamics for students at Higher National Level. The book focuses on practical applications of theory to build students' understanding and interest. Worked examples and self-assessment questions reinforce understanding.
List of contents
SECTION ONE: INVESTIGATE THERMODYNAMIC SYSTEMS.
1. Properties of Gases.
2. Specific Heat Capacities.
3. Properties of Liquids and Vapours.
4. Energy and Energy Transfer.
5. The First Law of Thermodynamics.
6. More Examples of Thermodynamic Systems.
7. Polytropic Processes.
SECTION TWO: INVESTIGARE INTERNAL COMBUSTION ENGINES.
1. Second Law of Thermodynamics.
2. Heat Cycle Engines.
3. Performance Characteristics.
4. Improvements..
SECTION THREE: IINVESTIGATE RECIPROCATING AIR COMPRESSORS.
1. Principles of Operation.
2. Performance Characteristics.
3. First Law of Thermodynamics.
4. Faults and Hazards.
SECTION FOUR: INVESTIGATE STEAM AND GAS TURBINE POWER. PLANT.
1. Principles of Operation.
2. Circuit and Property Diagrams.
3. Performance Characteristics.
Summary
Key text for all students on HNC/D Mechanical and Manufacturing Engineering courses with a Thermodynamics unit. Supplementary reading for undergraduates on engineering or engineering technology programmes and students on BTEC National or Vocational A-level courses. Overseas students taking the Engineering Council Exam 203 and 109 will find this book of great use.This user-friendly book delivers a basic, practical introduction to Engineering Thermodynamics for students at Higher National level. It is written at an approachable level, avoiding excessive use of maths, and focussing on the on practical applications of theory to build student's understanding and interest. Worked examples and self-assessment questions reinforce understanding, provide students with practical techniques for problem solving and allow the book to be used for self-study.
