'Working fluid' diaporamas de présentation

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

Generation of Most Eligible Steam for Rankine Cycle

732 views • 72 slides

Preliminary Design Review

Preliminary Design Review. Tony Burnette Trevor Fitch Sheryl Gillow Sigitas Rimkus Simon Stam. PDR Agenda. Introduction Foundation Analysis Roof Truss Analysis Hydronic Subsystem Analysis Building Thermal Analysis Solar Collector Analysis. Introduction. Evanston.

634 views • 49 slides

Organic Rankine Cycle (ORC) Waste Heat Generator (WHG) Presented by Grant Terzer and Marc Rouse

1.18k views • 34 slides

Lesson 2: Aircraft Engine Types And Construction

Lesson 2: Aircraft Engine Types And Construction. The Heat Engine. Converts chemical energy (fuel) into heat energy. Heat energy is then converted into mechanical energy. The heat energy is released at a point in the cycle where the pressure is high, relative to atmospheric. The Heat Engine.

574 views • 32 slides

Power Generation Using Multi Component Working Fluids

418 views • 31 slides

Air Conditioners

Air Conditioners. Introductory Question. If you operate a window air conditioner on a table in the middle of a room, the average temperature in the room will decrease increase stay the same. Observations about Air Conditioners. They cool the air in a room

520 views • 31 slides

PERFORMANCE ANALYSIS OF AN ORGANIC RANKINE CYCLE FOR INTEGRATION IN A CARNOT BATTERY

DEPARTMENT OF ELECTRICAL ENERGY, METALS, MECHANICAL CONSTRUCTIONS & SYSTEMS Applied thermodynamics & heat transfer LAB. PERFORMANCE ANALYSIS OF AN ORGANIC RANKINE CYCLE FOR INTEGRATION IN A CARNOT BATTERY. Aditya Pillai, Alihan Kaya, Michel De Paepe , Steven Lecompte. contents.

653 views • 27 slides

Oceanic Thermal Energy Conversions

Oceanic Thermal Energy Conversions. Group Members: Brooks Collins Kirby Little Chris Petys Craig Testa. Presentation Overview. I. Introduction What is OTEC Problem Description R-410a Overview II. Design & Analysis Design Requirements Evolution of Design

333 views • 20 slides

Summer 2014 Internship Projects John Venables Alaska Center for Energy and Power

Summer 2014 Internship Projects John Venables Alaska Center for Energy and Power. Case Study of Solar Power in the Northwest Arctic Borough Lessons Learned Paper from Organic Rankine Cycle Machine Used by Cordova Electric Cooperative. Solar Power in NAB. 11 Rural Communities

245 views • 15 slides

Physical and Chemical effects on surface

Operation of a sorption compressor is based on the principle that large amounts of gas can be adsorbed on certain solids such as highly porous carbon. The amount of gas adsorbed is a function of temperature and pressure. Physical and Chemical effects on surface.

230 views • 15 slides

Oceanic Thermal Energy Conversions

Oceanic Thermal Energy Conversions. Group Members: Brooks Collins Kirby Little Chris Petys Craig Testa. Problem Statement of Project.

265 views • 13 slides

Measurement & Analysis Team Lean Sigma Project

Measurement & Analysis Team Lean Sigma Project. Derek Hall Fahad Taimur Janat AlHashmi Noah Zayed Yousef Alnemer. VISUAL STREAM MAP. Power Plant. Customers. HQ. Power Transmission. Process. Transmission Loss: Waste. Water Source. Fluid Transportation: Excess C ost. Water Loss:

238 views • 12 slides

ChemE 260 The Rankine Cycle

ChemE 260 The Rankine Cycle. Dr. William Baratuci Senior Lecturer Chemical Engineering Department University of Washington TCD 9: A & B CB 9: 1 & 2. May 17, 2005. Vapor and Gas Power Systems. Vapor Cycles Use evaporator and condenser for isothermal heat transfer steps Gas Cycles

320 views • 11 slides

ES 202 Fluid and Thermal Systems

ES 202 Fluid and Thermal Systems. Applications of Thermodynamics and Fluid Mechanics. Fuel Cell. An electro-chemical device that continuously converts the chemical energy of a fuel and oxidant to electrical energy or heat . Advantages: quiet, low emission and highly efficient

310 views • 10 slides

MINIATURE JOULE-THOMSON CRYOCOOLERS FOR PROPELLENT MANAGEMENT

MINIATURE ENGINEERING SYSTEMS GROUP. MINIATURE JOULE-THOMSON CRYOCOOLERS FOR PROPELLENT MANAGEMENT. TASK I: Thermodynamic Cycle Analysis and System Optimization Presented by ? K.V.Krishna Murty MMAE. Compressor : Pressure Ratio = 10, Efficiency = 85%,

167 views • 6 slides

158 views • 3 slides

Indonesia Pipe and Valve Market Outlook | Market Research Report - Ken Research

73 views • 2 slides