Two-phase region | Quality | Vapour/liquid mixtures | Mechanical Engineering Thermodynamics скачать в хорошем качестве

Two-phase region | Quality | Vapour/liquid mixtures | Mechanical Engineering Thermodynamics

In this video I discuss water quality and what happens with temperature, pressure and specific volume in the two-phase region for problem in Mechanical Engineering Thermodynamics. ADDITIONAL RESOURCES: ○ Course notes: http://adriaansblog.com/ ○ Understanding Thermodynamics playlist:    • Understanding Thermodynamics   WATCH NEXT: ○ Ideal Rankine Cycle calculations using PYroMat -    • Calculating the thermal efficiency of an I...   ○ Ideal Rankine Cycle with reheat -    • Calculating the efficiency of an ideal Ran...   ○ Ideal Rankine Cycle with regeneration and FWHs -    • Calculating the efficiency of an Ideal Ran...   ○ Ideal refrigeration cycle -    • Calculating the Coefficient of Performance...   ○ SUVAT equations using STRAVA GPS data:    • Use GPS data and SUVAT equations to calcul...   ○ Using Newton’s second law with Strava data:    • Using Newton's second law of motion with S...   ○ CSWA practise exam -    • CSWA | Certified Solidworks Associate prac...   ○ CSWA practise exam drafting tutorial-    • CSWA | Certified Solidworks Associate prac...   ○ Introduction to SolidWorks sketching -    • SolidWorks Tutorial | Introduction to the ...   ○ Basic part modelling in SolidWorks-    • SolidWorks Tutorial | Solidworks part mode...   This video discusses the two-phase region and what happens to pressure, temperature and specific volume when you have Mechanical Engineering Thermodynamic problems with two phase mixtures. I also define what quality is and I go through a few example tutorial questions where we need to calculate pressure, temperature and specific volume for a two-phase vapour/liquid mixture. RECORDING GEAR: 📷 Sony a6000: https://amzn.to/31ZXRM8 💻 HP EliteBook 830 G6: https://amzn.to/3hZ5OGY 🎤 Samson Meteor mic: https://amzn.to/3h1FnyO 🎬 Video capture card: https://amzn.to/2F39uJc SOFTWARE: 👾 Jupyter Notebook: https://jupyter.org/install 👾 Open Broadcast Software: https://obsproject.com/ 👾 DaVinci Resolve 16: https://www.blackmagicdesign.com/uk/p... READING MATERIAL: 📕 Fundamentals of Thermodynamics: https://amzn.to/3i0eQDx Disclaimer: All Amazon links are affiliate links and the commission I get when you use one of the links will go towards improving the channel. COME SAY HI! Blog: http://adriaansblog.com/ Instagram:   / asvn90   Twitter:   / asvn90   And make sure you subscribe to my channel!