'Ds du' presentation slideshows

IDEAL GAS: p = ?RT (11.1) du = c v dT (11.2) dh= c p dT (11.3)

1.93k views • 106 slides

Ch. 11: Introduction to Compressible Flow

Ch. 11: Introduction to Compressible Flow. Focus on 1-dimensional, compressible, inviscid flows. Liquids, ? = constant for us (1% increase in ? for every 1.6 km deep). Air, 1% change for every 26 m deep. M = 0.3 ~ 5% = ??/?; M = 0.3 ~ 100 m/s or 230 mph.

1.21k views • 51 slides

Open Systems -- Part 2

Open Systems -- Part 2. Physics 313 Professor Lee Carkner Lecture 24. First Order Phase Transitions. Consider a phase transition where T and P remain constant e.g. boiling water Entropy, volume and enthalpy will change

298 views • 17 slides

Entropy Change

T. S. Entropy Change. Property diagrams (T-s and h-s diagrams) From the definition of the entropy, it is known that ?Q=TdS during a reversible process. Hence the total heat transfer during such a process is given by Q reversible = ? TdS

974 views • 13 slides

Entropy Change

T. S. Entropy Change. Property diagrams (T-s and h-s diagrams) from the definition of the entropy, it is known that ?Q=TdS during a reversible process. The total heat transfer during this process is given by Q reversible = ? TdS

281 views • 11 slides