How to solve examples on multistage compressor - PART 1 Applied Thermodynamics скачать в хорошем качестве

How to solve examples on multistage compressor - PART 1 Applied Thermodynamics

This video explains how to solve examples on multistage compressor with perfect inter cooling. This example is taken from Applied Thermodynamics question paper (May 2017) of S.P.P.U. (Pune University) The problem statement is as follows: A two stage reciprocating air compressor takes in air at 1 bar & 300 K. Air is delivered at 15 bar. The intermediate pressure is ideal and inter cooling is perfect. The law of compression is PV^1.25=C. The rate of discharge is 10 kg⁄(min.) Find i) Power required to drive the compressor ii) Saving in work compared to single stage iii) Heat rejected in inter cooler. Useful playlists: Cam profile - https://bit.ly/3vjpY7a Mechanics - https://bit.ly/3PClXmz Beam reaction & Graphic statics - https://bit.ly/3veMwWA SFD and BMD- Simply supported beam and cantilever beam - https://bit.ly/3PDzA4V SOM & Structural analysis videos - https://bit.ly/3OEqX8S Heat transfer - https://bit.ly/3PzxiUe Thermodynamics - https://bit.ly/3J5ZvQd Velocity & Acceleration diagram - https://bit.ly/3vj8zf0 Hydraulic circuit & pneumatic circuit working - https://bit.ly/3zAx1e4 Fluid mechanics - https://bit.ly/3ODuggg Dynamics of machinery playlist : https://bit.ly/3zyRakK SPPU Paper solutions -https://bit.ly/3S7dmcU Turbomachinery - https://bit.ly/3cyBftE I.C. Engine numericals -https://bit.ly/3veJf9K Machine Design - https://bit.ly/3zBjZgx Thermodynamics Excel Calculators - https://bit.ly/3cJBYbM Synthesis of mechanisms - https://bit.ly/3PFSCaD Finite Element Analysis (F.E.A.) - https://bit.ly/3PYtCex Mathematics - https://bit.ly/3JaAnHX Click the PayPal Donate Link below to support my YouTube Channel : https://paypal.me/RajanGosavi Derivation of two stage compression with perfect intercooling :    • Derivation of two stage reciprocating air ...