Organic Flash Cycle Thermodynamic Performance Model | Part 3 - Point 1, 5, 8 & Cycle Peformance скачать в хорошем качестве

Organic Flash Cycle Thermodynamic Performance Model | Part 3 - Point 1, 5, 8 & Cycle Peformance

How to model the thermodynamic performance of the organic flash cycle. This video shows you step by step on how to model the thermodynamic of the organic flash cycle from scratch. The organic flash cycle's thermodynamic performance modelling was done in MATLAB and with CoolProp fluid property library. The organic flash cycle is a vapour power where heat addition occurs with the working fluid in a liquid state, before been flash evaporator to produce a two-phase mixture and the saturated vapour would be separated and expanded to produce power. Part 3 of this video include: • The thermodynamic performance model of Point 5, 8, 9 of the organic flash cycle • Overall Cycle Performance Free Download of OFC MATLAB model ► http://bit.ly/2Y7yZ28 OFC Diagram Source reference Bacciolli, A and Antenelli, O ► http://bit.ly/2LqMS8M Other Useful related videos Organic Flash Cycle - Part 1 ►   • Organic Flash Cycle Thermodynamic Performa...   Organic Flash Cycle - Part 2 ►    • Organic Flash Cycle Thermodynamic Performa...   R11 & R245fa ORC model in MATLAB ►    • Performance Modelling of the Organic Ranki...   Toluene ORC with Coolprop in Microsoft excel ► https://bit.ly/35AlJqM Organic fluid selection criteria for the ORC ► https://bit.ly/3spGPSS Install CoolProp in MATLAB ►   • How to Setup CoolProp in MATLAB   Install CoolProp in Microsoft Excel ►    • How to Install CoolProp in Microsoft Excel   Install CoolProp in PyCharm IDE for Python ►https://bit.ly/2XyTip0 ------------------------------------------------------------------------------------------------------------ Affiliate products Speechelo Text to Speech Software ► https://bit.ly/3mVGCCY Like, Subscribe & Share ►https://bit.ly/2HJpCRF Socials : Twitter ►   / dpublishings   -------------------------------------------------------------------------------------------------------------------------------------------- If you really find this channel useful and enjoy the content, you are welcome to support with a small donation via PayPal PayPal Donations: https://wwww.paypal.me/DoxaEO AFFILIATE DISCLOSURE: This video and description may contain affiliate links, which means that if you click on one of the product links, I'll receive a small commission. I won't put anything here that I haven't verified and personally used myself. #organicflashcycleperformancemodel #ofcperformancemodel #doxatech