Energy balances in turbines, compressors, nozzles, and heat exchangers

Fired Up: The TSSA Study Podcast

1A1 Ep.3 - Steady Flow Process Calculations

Coefficient of performance (COP), heat loads, and efficiency assessments in refrigeration systems

1A1 Ep.6 - Refrigeration Calculations

Isentropic and polytropic expansion, and conduction/convection/radiation heat transfer

1A1 Ep.5 - Expansion and Heat Transfer

Gas law applications, ideal gas behavior, and thermodynamic property relationships

1A1 Ep.4 - Thermodynamics of Perfect Gases

Steam properties, isentropic processes, and enthalpy/entropy analysis

1A1 Ep.2 - Thermodynamics of Steam

Power cycle fundamentals, efficiency calculations, and applications in power generation

1A1 Ep.1 - Rankine and Brayton Cycles

Heat load, coefficient of performance (COP), and energy balance methods

2B3 Ep.10 - Refrigeration Calculations

System interlocks, refrigerant safety, pressure controls, and maintenance

2B3 Ep.9 - Refrigeration Safety, Control, and Operation

Components of vapor compression systems and their function in industrial settings

2B3 Ep.8 - Refrigeration Systems and Equipment

Compressor types, applications, interstage cooling, and system design

2B3 Ep.7 - Air and Gas Compression

Forretning

Karriere

Studying for the TSSA Operating Engineer exams? Whether you’re working on your 4th Class or aiming for 1st Class, Fired Up is your go-to study guide. We break down every module, covering key concepts, exam tips, and real-world applications—all in a way that actually makes sense.

No fluff, no wasted time—just straightforward breakdowns to help you pass. Whether you're in the plant, on the road, or at home, tune in and get one step closer to your certification.

1A1 Ep.3 - Steady Flow Process Calculations

Fired Up: The TSSA Study Podcast

Flere episoder fra "Fired Up: The TSSA Study Podcast"

1A1 Ep.6 - Refrigeration Calculations

1A1 Ep.5 - Expansion and Heat Transfer

1A1 Ep.4 - Thermodynamics of Perfect Gases