'Stirling engine' diaporamas de présentation

Solar Thermal Energy Generation

Solar Thermal Energy Generation. Group 7 Andy Bryan (EE), Beau Eason (EE), Rob Giffin (EE), Sean Rauchfuss (EE) Funded by Progress Energy. Motivation. The world needs new reliable sources of energy

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UZBEK ACADEMY OF SCIENCES Materials Science Institute

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Team KiloWatt

Team KiloWatt. A Lot of Heat A Lot of Power. Introduction. Team Members Jeffrey Kung Richard Sabatini Steven Ngo Colton Filthaut. Faculty Advisor Jim Mohrfeld Richard Sabatini Steven Ngo Colton Filthaut. Industry Advisor Craig Kinzelman ( Stirling Technology Inc. )

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Adaptive Maze

Adaptive Maze. Project Team: Krista Miller Sohaib Hasan John Helme. Finding a project through a changing maze of complications. Excess Thermal Energy From Solar Panels. Problem:

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Lessons learned from an international design-build project

Lessons learned from an international design-build project. R. J. Hugo, A. Mohamad, P. Gu Schulich School of Engineering University of Calgary H. Sun, N. Bao, X. Lu, M. Shen, P. Gu College of Engineering Shantou University. Computers pre internet. Business. Engineering. CAD

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Energy

Energy. What is it?. What units is energy measured in? (there are several). What are the different forms of energy?. Electrical. Kinetic. Light. Potential. Sound. Thermal, or heat. Nuclear. Chemical. Types of energy conversions:. How is energy used to get electricity?.

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Stirling Engine Facts and Technology

Stirling Engine Facts and Technology. Marc Alessandria Ernesto Bosque Jobe Dyson Kirby Little. Overview. History Advantages Applications The Stirling Cycle. History. Robert Stirling; 1816 Introduced to engineering by his father Did not study science in school though

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Industrial Engineering Department , Stellenbosch University

Lilongeni Kayofa Supervisor: Theuns D. van Schalkwyk Co-supervisor: Robert Dobson Topic: Feasibility study and business plan for manufacturing a 3 kw-electrical solar Stirling engine and dish, for a stand-alone power supply unit. Industrial Engineering Department , Stellenbosch University.

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Solaris A Solar Powered Stirling Engine

Solaris A Solar Powered Stirling Engine. Sponsor: Dr. A. Krothapalli For Energy and Propulsion Research Laboratory Dustin Harrelson Chris Newton Asegun Henry Hunter Ashmore. Outline. Requirements Design Dish Heat Containment Stirling Engine/Generator Tracking System Frame

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ERAU RET 2012: SolaR STIRLING ENGINE

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Technology: rooftop solar thermal collector + thermal energy storage +

Distributed Solar-Thermal-Electric Generation and Storage Seth R. Sanders, Artin Der Minassians, Mike He EECS Department, UC Berkeley. Technology: rooftop solar thermal collector + thermal energy storage + Low/medium temperature Stirling engine + hot water cogen with rejected heat.

1.06k views • 15 slides

The Stirling Cycle

The Stirling Cycle. Kyle Spengler. The Stirling Cycle. Process 1-2: Isothermal expansion 2-3: Constant-volume cooling 3-4: Isothermal compression 4-1: Constant-volume heating. http://en.wikipedia.org/wiki/Stirling_engine#The_Stirling_cycle. The Stirling Cycle.

1.03k views • 14 slides

Solar Stirling Engine for Remote Power Generation

Solar Stirling Engine for Remote Power Generation. Denisse Aranda. Kevin LaMott. Stephen Wood. Advisor: Dr. Tao. Overview. Problem Statement Trade Studies and Design Alternatives Project Formulation Conceptual Design Prototype Specification Timeline and Division of Responsibilities.

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Stirling Engine

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Solar Stirling Engine for Remote Power Generation

Solar Stirling Engine for Remote Power Generation. Denisse Aranda. Kevin LaMott. Stephen Wood. Advisor: Dr. Tao. Overview. Problem Statement Trade Studies and Design Alternatives Project Formulation Conceptual Design Prototype Specification Timeline and Division of Responsibilities.

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Tribological behaviors of the polyphenyl ester-polytetrafluoroethylene composites filled with whisker

To develop high performance sealing material for Stirling engine, the blend composites of polyphenyl ester-polytetrafluoroethylene were prepared by cool-pressing and hot-sintering. The effect of potassium titanate whisker (PTW) and calcium sulfate whisker (CSW) on the tribological properties of the POB-PTFE composites was investigated. The results showed that POB-PTFE composites could be used as the matrix of seal material in Stirling engine. The creep and shear resistance of the POB-PTFE composites are improved by the addition of PTW, the friction coefficient of the composites did not be changed with the variation of load, meanwhile the wear resistance remain relatively stable. The friction coefficient of the composites did not vary with the variation of velocity when the content of PTW is less than 5% either. The POB-PTFE composites filled with PTW is an optimized sealing material for Stirling engine, but the composites filled with CSW is inadequate to cope with the special requirements for heavy load and high sliding velocity.

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Stirling Engines Market Size, Analysis, and Forecast Report 2017-2023

Global Stirling Engines Market Information Report by Type (Alpha, Beta, Gamma and Others), by Application (Heating and Cooling, Solar Power Generation, Marine Engines and Others), by End User (Residential, Commercial and Utility) and By Regions - Global Forecast to 2023.

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The Stirling Engine

The Stirling Engine. Angela Hon Jared Williams Pete Mazzarella Richard Gray. ~History~. The Stirling Engine, originally known as the Economiser, was patented by Rev. Robert Stirling in Edinburgh, Scotland in 1816.

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Stirling Engine

Stirling Engine. Team Project One. Heat into Work. W. T hot. Heat Engine. T cold. Q cold. Q hot. Carnot Equation: Efficiency. The maximum work that can be done by a heat engine is governed by:. Pressure Vessel. Top Can Assembly. Cut of the top with a can opener.

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