Tutorial on how to calculate the thermal efficiency of a real rankine cycle using Python and PYroMat in Thermodynamics.

• 00:00 The problem
• 00:54 Configure PYroMat
• 02:41 Pump calculations
• 06:30 Boiler calculations
• 08:43 Turbine calculations
• 12:49 Calculating thermal efficiency
• 13:40 Comparing real cycle with ideal cycle

Join the discord server: https://discord.gg/2UG7w8nZn6

WATCH NEXT:
○ Ideal Rankine Cycle calculations using PYroMat - https://youtu.be/U4t1CBDMlmg
○ Ideal Rankine Cycle with reheat - https://youtu.be/qGvLk6XqcVQ
○ Ideal Rankine Cycle with regeneration and FWHs - https://youtu.be/pWCvllVFNHQ
○ Ideal refrigeration cycle - https://www.youtube.com/watch?v=_WjbQQMMdPI
○ SUVAT equations using STRAVA GPS data: https://youtu.be/46WylMAPXTQ
○ Using Newton’s second law with Strava data: https://youtu.be/ASpqvhiKZlA
○ CSWA practise exam - https://youtu.be/CqKerHliB_s
○ CSWA practise exam drafting tutorial- https://youtu.be/-h7sP8FKKqs
○ Introduction to SolidWorks sketching - https://youtu.be/HEkmlnIKyqo
○ Basic part modelling in SolidWorks- https://youtu.be/Sv_mp9mwX0k

This video tutorial shows you step-by-step how to calculate the thermal efficiency of a real rankine cycle ysing Python and PYroMat. Python is used to quickly calculate the thermal efficiency for a real rankine cycle and also compare thermal efficiencies between the real rankine cycle and an ideal rankine cycle.

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
👾 DaVinci Resolve 16: https://www.blackmagicdesign.com/uk/products/davinciresolve/