'Constant pressure heat addition' diaporamas de présentation

A pplied Thermodynamics

A pplied Thermodynamics. 3. GAS TURBINES AND JET PROPULSION. Introduction: Gas turbines are prime movers producing mechanical power from the heat generated by the combustion of fuels.

1.17k views • 86 slides

Gas Turbines for Aircraft Propulsion

Gas Turbines for Aircraft Propulsion. Gas turbines. The turbojet engine consists of three main sections: the diffuser, the gas generator, and the nozzle.

895 views • 49 slides

Brayton Cycle

Brayton Cycle

2.77k views • 40 slides

THERMAL ENGINEERING (ME 2301 )

688 views • 26 slides

Air-Standard Otto Cycle

726 views • 19 slides

Log Mean Temperature Difference Parallel Flow Counter Flow

Log Mean Temperature Difference Parallel Flow Counter Flow. ?T 1. ?T 1. Temperature. Temperature. ?T. ?T. ?T 2. ?T 2. Length. Length. Log Mean Temperature Difference

1.28k views • 19 slides

Lecture 27

Lecture 27. Gas Power Generation The Brayton Cycle. Gas Power Cycles. Much higher power output to weight ratio compared to vapor power cycles Well suited for mobile power plants Smaller stationary power plants Commonly known as the gas turbine. Closed cycle. Open cycle. The Gas Turbine.

345 views • 12 slides

Lecture 27

Lecture 27. Gas Power Generation The Brayton Cycle. Gas Power Cycles. Much higher power output to weight ratio compared to vapor power cycles Well suited for mobile power plants Smaller stationary power plants Commonly known as the gas turbine. Closed cycle. Open cycle. The Gas Turbine.

344 views • 12 slides

Gas Power Cycle - Jet Propulsion Technology, A Case Study

Gas Power Cycle - Jet Propulsion Technology, A Case Study. Combustor. Fuel. Ideal Brayton Cycle. 1-2 Isentropic compression 2-3 Constant pressure heat addition 3-4 Isentropic expansion 4-1 Constant pressure heat rejection. 3. 2. Compressor. 4. Turbine. Air. 1. Products. 3. P.

2.07k views • 7 slides