Thermodynamic Cycles

Aug 31, 2012

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SI Engine Cycle vs Air Standard Otto Cycle. . . . . . . . . . . . . . . . . . A I R. . . . . . . . . . . . . . . . . . . . . . . . . CombustionProducts. . . . . . . . Ignition. IntakeStroke. . . . . . . . . . FUEL. Fuel/AirMixture. . . . . . . . . . . . . . . . . . . . . . . . . . .

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Thermodynamic Cycles

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Thermodynamic principles

Lectures on Medical Biophysics Dept. Biophysics, Medical faculty, Masaryk University in Brno. Thermodynamic principles. JAMES WATT 19.1.1736 - 19.8.1819. Lecture outline. understanding basic concepts of thermodynamics, work and heat, 1 st and 2 nd Law of thermodynamics

617 views • 17 slides

Components of Thermodynamic Cycles

Components of Thermodynamic Cycles. What can be the components of thermodynamic cycles? Turbines, valves, compressors, pumps, heat exchangers (evaporators, condensers), mixers, . BUTTERFLY VALVE. GATE VALVE. SPHERE VALVE. PIPE CRACK. GLOBE VALVE. Throttling Devices (Valves).

2.58k views • 65 slides

Thermodynamic Processes

Thermodynamic Processes. States of a thermodynamic system can be changed by interacting with its surrounding through work and heat. When this change occurs in a system, it is said that the system is undergoing a process .

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Thermodynamic Potentials

Thermodynamic Potentials. Why are thermodynamic potentials useful. Consider U=U(T,V). Complete knowledge of equilibrium properties of a simple thermodynamic System requires in addition. P=P(T,V). equation of state. U=U(T,V) and P=P(T,V). complete knowledge of equilibrium properties.

629 views • 22 slides

Notes 15 Chapter 5 Components of Thermodynamic Cycles

Notes 15 Chapter 5 Components of Thermodynamic Cycles. Components of Thermodynamic Cycles. What can be the components of thermodynamic cycles? Turbines, valves, compressors, pumps, heat exchangers (evaporators, condensers), mixers,. Open Systems - Control Volume. Where Exactly Are They Used?.

1.2k views • 80 slides

Thermodynamic Cycle

Thermodynamic Cycle. cycle – return to original state (P,V,T). Heat engine: net heat input net work output. Refrigerator: net heat output net work input. 0.50 mol ideal monatomic gas a  b is an isotherm W a  b = -1650 J

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Normal and Warm Operation Thermodynamic Cycles

Normal and Warm Operation Thermodynamic Cycles. G. F. H. A. B. C. E. I. G. H. F. I. I’. D. I’. B. A. E. D. C. Thermosyphon C3F8 Circuit. Degassing System. Primary Water. Chiller Circuit. Brine Circuit. Water Circuit. High Temperature Stage. Low Temperature Stage.

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Thermodynamic Cycles

Thermodynamic Cycles. Carlos Silva November 18 th 2009. Thermodynamic Processes. Different Processes. Isobaric. Isometric. Isothermal Δ T = 0 but Q ≠ 0. Adiabatic Δ T ≠ 0 but Q = 0. Cyclic If clockwise – heat engine If counterclockwise – heat pump. Thermodynamic Cycles.

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6. Thermodynamic Cycles

6. Thermodynamic Cycles. Objective Classification of Thermodynamics Cycles Analysis & Calculation of Power Cycles Carnot Vapor Cycle, Rankie Cycle, Regeneration Rankie Cycle,Reheat Rankie Cycle Cogeneration Gas Refrigeration Cycle Vapor-Compression Refrigeration Cycle Refrigerant

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THERMODYNAMIC

THERMODYNAMIC. Conducted by Efa Mai Inanignsih. Objective. to be able to formulate work, heat and internal energy based on the principal law of thermodynamics and apply it in problem solving to be able to apply general equation of ideal gases in isothermal, isochoric and isobaric processes

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Thermodynamic Properties

Thermodynamic Properties. Property Table -- from direct measurement Equation of State -- any equations that relates P,v, and T of a substance. Ideal -Gas Equation of State.

1.19k views • 52 slides

Solution Thermodynamic:

PTT 201/4 THERMODYNAMICS SEM 1 ( 2013/2014). Vapor/Liquid Equilibrium (VLE). Solution Thermodynamic:. Chapter Outline (Smith). Nature of Equilibrium Definition Measures of composition VLE : Qualitative behavior Simple Models for VLE - Raoult’s Law

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Thermodynamic Connection

Thermodynamic Connection. Q and G and letters other than K. Reaction Quotient. What do you call an equilibrium constant when you aren’t at equilibrium? A Reaction Quotient! (Q). Consider….

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Thermodynamic Cycles

Thermodynamic Cycles. Objective Classification of Thermodynamics Cycles Analysis & Calculation of Thermodynamic Cycles Carnot Vapor Cycle, Rankie Cycle, Regeneration Rankie Cycle,Reheat Rankie Cycle Cogeneration Gas Refrigeration Cycle Vapor-Compression Refrigeration Cycle Refrigerant

2.36k views • 43 slides

Thermodynamic Processes

Thermodynamic Processes. Illustrate how the 1 st law of thermodynamics is a statement of energy conservation Calculate heat, work, and the change in internal energy by applying the 1 st law of thermo Apply 1 st law of thermo to cyclic processes.

679 views • 21 slides

More Thermodynamic Cycles

More Thermodynamic Cycles. P M V Subbarao Professor Mechanical Engineering Department. The Engineering Systems for High end Extra-somatic Needs…. Brayton Cycle for Power Generation. 1-2 Adiabatic compression (in a compressor) 2-3 Constant pressure heat addition

423 views • 30 slides

Thermodynamic Cycles

Thermodynamic Cycles. Chapter 9. For the rest of the semester. Look at different cycles that approximate real processes You can categorize these processes several different ways Power Cycles vs Refrigeration Gas vs Vapor Closed vs open Internal Combustion vs External Combustion.

462 views • 36 slides

THERMODYNAMIC

787 views • 54 slides

Thermodynamic Diagrams

Thermodynamic Diagrams. Atmospheric Soundings Plotted on Thermodynamic Diagrams. Allow us to identify stability of a layer Allow us to identify various air masses Tell us about the moisture in a layer Help us to identify clouds Allow us to speculate on processes occurring.

181 views • 10 slides

ChemE 260 Isobaric and Isochoric Processes, Thermodynamic Cycles

ChemE 260 Isobaric and Isochoric Processes, Thermodynamic Cycles. Dr. William Baratuci Senior Lecturer Chemical Engineering Department University of Washington TCD 4: E & F CB 4: Supplements (2). April 12, 2005. Isobaric Processes. P = constant 1 st Law closed system, integral form

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PHY1039 Properties of Matter Heat Engines, Thermodynamic Efficiency, and Carnot Cycles

PHY1039 Properties of Matter Heat Engines, Thermodynamic Efficiency, and Carnot Cycles April 30 and May 3, 2012 Lectures 17 and 18. Heat Engine. A heat engine is a device that absorbs heat ( Q ) and uses it to do useful work ( W ) on the surroundings when operating in a cycle.

336 views • 30 slides

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