'Heat addition' presentation slideshows

Gas Power Cycles

Gas Power Cycles. Power Cycles. Ideal Cycles, Internal Combustion Otto cycle, spark ignition Diesel cycle, compression ignition Sterling & Ericsson cycles Brayton cycles Jet-propulsion cycle Ideal Cycles, External Combustion Rankine cycle. Modeling. Ideal Cycles.

1.06k views • 82 slides

Gas Power Cycles

Gas Power Cycles. Power Cycles. Ideal Cycles, Internal Combustion Otto cycle, spark ignition Diesel cycle, compression ignition Sterling & Ericsson cycles Brayton cycles Jet-propulsion cycle Ideal Cycles, External Combustion Rankine cycle. Modeling. Ideal Cycles.

2.24k views • 82 slides

Gas Power Cycles

Gas Power Cycles. Power Cycles. Ideal Cycles, Internal Combustion Otto cycle, spark ignition Diesel cycle, compression ignition Sterling & Ericsson cycles Brayton cycles Jet-propulsion cycle Ideal Cycles, External Combustion Rankine cycle. Modeling. Ideal Cycles.

1.97k views • 82 slides

Selecting an ERS Design Basis

Selecting an ERS Design Basis. SACHE Workshop Gary Van Sciver September 20, 2005. E mergency R elief S ystem. Vessel Overpressure. Concept Sciences. 1999 Allentown, PA 5 fatalities high concentration and temperature of hydroxylamine. Hazardous Release. Phillips.

762 views • 66 slides

AME 436 Energy and Propulsion

454 views • 45 slides

Chapter 9

Chapter 9. Gas Power Systems. Learning Outcomes. Perform air-standard analyses of internal combustion engines based on the Otto, Diesel, and dual cycles, including: sketching p - v and T - s diagrams and evaluating property data at principal states.

505 views • 43 slides

AME 436 Energy and Propulsion

AME 436 Energy and Propulsion. Lecture 9 Unsteady-flow (reciprocating) engines 4: Non-ideal cycle analysis. Outline. AirCyclesForRecips.xls spreadsheet - how it works and how to use it Some non-ideal effects Irreversible compression/expansion Heat transfer to gas during cycle

421 views • 42 slides

AME 436 Energy and Propulsion

AME 436 Energy and Propulsion. Lecture 9 Unsteady-flow (reciprocating) engines 4: Non-ideal cycle analysis. Outline. AirCyclesForRecips.xls spreadsheet - how it works and how to use it Some non-ideal effects Irreversible compression/expansion Heat transfer to gas during cycle

572 views • 41 slides

Advanced propulsion systems (3 lectures)

659 views • 41 slides

Chapter 3

Chapter 3. Dynamic Modeling. Overall Course Objectives. Develop the skills necessary to function as an industrial process control engineer. Skills Tuning loops Control loop design Control loop troubleshooting Command of the terminology Fundamental understanding Process dynamics

642 views • 38 slides

564 views • 38 slides

756 views • 38 slides

Gas Cycles

Gas Cycles. Carnot Cycle. 1-2 - ADIABATIC COMPRESSION (ISENTROPIC) 2-3 - HEAT ADDITION (ISOTHERMAL) 3-4 - ADIABATIC EXPANSION (ISENTROPIC) 4-1 - WORK (ISOTHERMAL). Heat Q. 3. 2. T2. Work W. 1. T1. 4. s2. s1. Carnot Cycle.

612 views • 37 slides

Gas Power Cycles

406 views • 24 slides

Gas Power Cycles

Gas Power Cycles. Cengel & Boles, Chapter 8. Analysis of Power Cycles - Basics. Power cycle = Heat engine Recall thermal efficiency: Carnot heat engine: The Carnot cycle has the maximum possible efficiency, but is not a realistic model for a power cycle since it is so impractical .

441 views • 18 slides

Gas Power Cycles

Gas Power Cycles. Cengel & Boles, Chapter 8. Analysis of Power Cycles - Basics. Power cycle = Heat engine Recall thermal efficiency: Carnot heat engine: The Carnot cycle has the maximum possible efficiency, but is not a realistic model for a power cycle since it is so impractical.

611 views • 18 slides

Further Developments in Carnotization of Rankine Model

301 views • 14 slides

Lesson 5 CHANGE OF PHASE

Lesson 5 CHANGE OF PHASE. DISTINGUISH between intensive and extensive properties. DEFINE the following terms: Saturation Subcooled liquid Superheated vapor Critical Point Triple Point Vapor pressure curve Quality Moisture Content

305 views • 13 slides

Thermodynamics I

Thermodynamics I. Fall 2004 Course # 59:009 Chapter 9, Section 2 Professor Ratner. Outline. Air Standard Internal Combustion Cycles Otto Cycle Diesel Cycles Analysis of Both Cycles. 9.2 IC Engine Cycles. Generalized IC engine power diagram. 4 parts to the cycle: Intake Compression

329 views • 9 slides

Thermodynamic Cycles for CI engines

Thermodynamic Cycles for CI engines. In early CI engines the fuel was injected when the piston reached TC and thus combustion lasted well into the expansion stroke. In modern engines the fuel is injected before TC (about 20 o ). Fuel injection starts. Fuel injection starts.

221 views • 5 slides