RT @VortexEngine: Misunderstanding of energy transformation could contributes to #ClimateCrisis. Listen to #Engineers who use #thermodynami…
Misunderstanding of energy transformation could contributes to #ClimateCrisis. Listen to #Engineers who use #thermodynamics. Steady-state continuous cycle approach is rarely used in #AtmosSci. https://t.co/Eq1MFgrXBP @MichaelEMann @ClimateOfGavin @KHayhoe
5. #TvF Thermodynamic analysis of reversible steady-state continuous cycles fully explains weather and clmate. Introduce entities one at a time. Open non-steady state irreversible process make analysis difficult. https://t.co/Eq1MFgrXBP https://t.co/8WY87E
Exergy is produced when warm air is brought to equilibrium with the environment - Willard Gibbs. This energy can be captured at grade with turbines. #RenewableEnergy #GlobalWarming #AT_VE Atmospheric vortex engine https://t.co/cDdWEXLe69 @clequere @ed_hawk
You do not understand something unless you can explain it SIMPLY. Work is produced during lifting process 2-3 from heat received in process 1-2 and heat given up in process 3-1. Valid for sensible and latent heat. @KenCaldeira @Glen4Climate #GlobalWarming
Intriguing application of thermodynamics https://t.co/ps1M2HRaDV
RT @VortexEngine: Basic atmospheric Upward Heat Convection Process. Reversible work (exergy) produced when heated air is raised can be calc…
Basic atmospheric Upward Heat Convection Process. Reversible work (exergy) produced when heated air is raised can be calculated by the 4 methods shown plus by reduction in APE. @RemiTailleux @PaulHBeckwith Peer reviewed: https://t.co/Eq1MFgrXBP https://t.