'Ideal cycle' diaporamas de présentation

A pplied Thermodynamics

A pplied Thermodynamics. Vapour Power Cycles. Introduction: Vapour power cycles are external combustion systems in which the working fluid is alternatively vaporized and condensed. Water/steam is easily available, is economical, chemically stable and physiologically harmless.

1.91k views • 129 slides

Vapor and Combined Power Cycles

935 views • 53 slides

Vapor and Combined Power Cycles

980 views • 53 slides

THERMAL ENGINEERING (ME 2301 )

688 views • 26 slides

Diesel Cycle and the Brayton Cycle

Diesel Cycle and the Brayton Cycle. Chapter 9b. Rudolph Diesel. German inventor who is famous for the development of the diesel engine The diesel engine is based on a compression ignition system. http://www.autonews.com/files/euroauto/inductees/diesel.htm. Diesel Engines. No spark plug

355 views • 22 slides

Rankine Cycle

Rankine Cycle. Figures from Cengel and Boles, Thermodynamics, An Engineering Approach, 6 th ed., McGraw Hill, 2008. First Law of Thermodynamics Review. Vapor Power Cycles. In these types of cycles, a fluid evaporates and condenses. Ideal cycle is the Carnot

497 views • 17 slides

UNIT IV- Vapour Power Cycles

UNIT IV- Vapour Power Cycles. By Deepa M S, Varuna Tandon Figures from Cengel and Boles, Thermodynamics, An Engineering Approach. First Law of Thermodynamics Review. Vapor Power Cycles. In these types of cycles, a fluid evaporates and condenses. Ideal cycle is the Carnot

202 views • 17 slides

Irreversible Rakine Cycle

459 views • 12 slides

THERMODYNAMICS LAB: EES- Refrigeration Cycle & Internal Combustion Engine

THERMODYNAMICS LAB: EES- Refrigeration Cycle & Internal Combustion Engine. ENTC - 370. Ideal Refrigeration Cycle. Evaporator, Throttle Valve, Condenser. Problem 1.

355 views • 6 slides

THERMODYNAMICS LAB: EES- Refrigeration Cycle & Internal Combustion Engine

THERMODYNAMICS LAB: EES- Refrigeration Cycle & Internal Combustion Engine. ENTC - 370. Ideal Refrigeration Cycle. Evaporator, Throttle Valve, Condenser. Problem 1.

600 views • 6 slides