Yea when I graduate I think I'm just going hand my degree over to you man... You could literally make fortune selling courses but no you do this free of charge...Hats off to you !
daniellabinjo
Yes, the Series on conduction is explained very well for practical use as well. I can develop the calculation needed for businesses that need to re-insulate their exposed piping that is currently sweating and losing energy. Thank you very much for this work. I will look through my long list of practical energy savings measures in large commercial buildings that can utilize proper calculations rather than building an un-calibrated energy model and I will reach back out. Thank you again.
terrenceredd
Very nicely presented. Your work will be referenced when utilizing this calculation approach. This can be utilized for client's that need to address moisture issues in their buildings. Now, can you present or refer us a pipe insulation problem? In the field we often see exposed Copper pipe (~2" dia.) or Steel pipe (~6" dia.) without insulation. We need a nicely presented calculation to prove to the Utility engineer and customer that a certain amount of Btu loss per length of exposed pipe is worth re-insulating the pipe.
terrenceredd
Keep up the good work
Can you please do something about general relativity?
DrDoom-kmhz
Professor inside temperature is 20 °C and inside temprature of glass surface is 6.94°C as glass surface is also a part of inside temperature so why temperature goes down from 20 to 6.94°C. please help thank you!
