Engineering Thermodynamics: Unit I: Basics, Zeroth and First Law

Important Formulae in Open Systems

Engineering Thermodynamics

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The steady flow energy equation (SFEE) per unit mass is given by

IMPORTANT FORMULAE - OPEN SYSTEMS

(1) The steady flow energy equation (SFEE) per unit mass is given by

(2) SFEE to boiler, Q = h2 – h1

(3) SFEE to condenser, Q = h1 – h2

(4) SFEE to nozzle,

(5) For turbine, SFEE is given by

W = h1 – h2

(6) For rotary compressor, SFEE is given by

W = h2 – h1

(7) For reciprocating compressor, SFEE is given by

W = Q + (h2 – h1)

Engineering Thermodynamics: Unit I: Basics, Zeroth and First Law : Tag: : Engineering Thermodynamics - Important Formulae in Open Systems

Home | Department: Mech Department | Subject: Engineering Thermodynamics |

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Engineering Thermodynamics: Unit I: Basics, Zeroth and First Law

Basics, Zeroth and First Law - Introduction | Engineering Thermodynamics

Microscopic and Macroscopic Approaches, Thermodynamic Properties

Thermodynamic Systems

Types of Thermodynamic Systems

Control Volume - Engineering Thermodynamics

Concept of Continuum - Engineering Thermodynamics

Concept of Temperature and Thermal Equilibrium

Intensive and Extensive Properties of a System - Thermodynamics

Total and Specific Quantities - Thermodynamics

State of a system - Thermodynamics

Path - Engineering Thermodynamics

Thermodynamic Process

Thermodynamic Equilibrium

Thermodynamic Cycle

Point Function and Path Function - Engineering Thermodynamics

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Engineering Thermodynamics

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