Equations - H = E + PV H E V P = + + l T, P l T, P l T, P l...

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H E PV = + H l E l V l P l T,P T,P T,P T,P = + + V l 10 4  ≈ - for a good elastomer V = 0 E f l V ~ ( , ) dE = E V E l dl l T T V , , dV + E l T P , = E V l T , V l T P , + E l T V , l l T P , H l T P , = [ E V l T , V l T P , + E l T V , ] + P V l T P , H l T P , = [ E V l T , + [ E l T V , + P] V l T P , dA = -SdT - PdV + fdl S V l T = , P T V l , dE = -TdS - PdV + fdl E V l T , = T S V l T , - P V V l T , E V l T , = T P T V l , - P P T V l , = - P V l T , V T P l , α = 1 V V T P l , P = - 1 V V P l T , P T V l , = α β E V l T , = T α β - P H l T P , = E l T V , + T α β V l T P , f = H l T P , + T
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This note was uploaded on 07/20/2011 for the course EMA 6165 taught by Professor Brennan during the Spring '08 term at University of Florida.

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Equations - H = E + PV H E V P = + + l T, P l T, P l T, P l...

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