Meen 315- Second Slide

Meen 315- Second Slide - 1 1 Lecture 01-Sections 1-11-3...

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Unformatted text preview: 1 1 Lecture 01-Sections 1-11-3 Smile, you are in MEEN 315 2 5-45-5 Heat exchangers, transient flow Oct 8 W 14 5-4 Nozzles, diffusers, turbines, compressors, heat exch. Oct 6 M 13 Optional review in class Exam 1, Thurs, 10/2, 7-9 p.m., location TBA Oct 1 W 12 5-25-3 Flow work, steady-flow systems Sept 29 M 11 5-1 Conservation of mass Sept 24 W 10 4-24-5 Energy balance, spec. heats, internal energy, enthalpy Sept 22 M 9 3-63-8, EES, 4-1 Property equations (of state), boundary work Sept 17 W 8 3-5 Property data Sept 15 M 7 2-62-8, 3-13-4; Notes 1 st Law, efficiency, phases, phase changes; communicating references Sept 10 W 6 2-32-6; Notes Heat, work, first law of thermodynamics; communicating abstracts Sept 8 M 5 2-12-5; Notes Intro to EES, energy, heat, work; communicating tables and figures Sept 3 W 4 1-81-12; Notes Temperature, pressure; communicating equations Sept 1 M 3 1-41-7 Properties, states, equilibrium, processes Aug 27 W 2 1-11-3 Introduction, conservation of energy, dimensions and units, problem solving, systems Aug 25 M 1 Read Subject Date Day Meeting B A S I C S I s t L a w : E n e r g y 2 3 Comprehensive FINAL EXAM: 3:30 P.M. 5:30 P.M.(catalog time and date supersede this date and this time) Dec 9 Tue FINAL Redefinedmeet Friday classes Dec 1 M Nov 27-28 THANKSGIVING Holidays Review Nov 26 W 28 Notes Applications continued Nov 24 M 27 Notes Applications Nov 19 W 26 11-111-3, 11-6 Refrigerators and heat pumps Nov 17 M 25 10-310-5, 10-810-9 Rankine cycle reheat, deviations, efficiency increases, intro to cogeneration and combined cycles Nov 12 W 24 10-110-2 Basic Rankine cycle Nov 10 M 23 9-6, 9-89-9 Diesel, Brayton, Brayton cycle with regeneration, Nov 5 W 22 9-19-5 Air cycles: Carnot, Otto Nov 3 M 21 Optional review in class Exam 2, Thurs, 10/30, 7-9 p.m., location TBA Oct 29 W 20 7-107-13 Work, isentropic efficiencies, entropy balance Oct 27 M 19 7-77-9 Tds relns, entropy changes, relative pres. and vol. Oct 22 W 18 7-17-6 Entropy: changes, processes, property diagrams Oct 20 M 17 6-86-12 Carnot principles and machines, thermo. temp. scale Oct 15 W 16 6-16-7 Second law of thermo, energy reservoirs, heat engines, heat pumps, refrigerators, reversibility Oct 13 M 15 I I n d L a w : E f f i c A p p l i c a t i o n s 4 THREE IMPORTANT EQUATIONS Mass Conservation (Chap 1 and 5): First Law or Energy Conservation(Chap 4 and 5) E cv = U+KE+PE, Second Law or Entropy Balance Equation (Not in Text) cv e exit e e i inlet i i j j b j cv s m s m T Q dt dS + + = = = , + + + + + = e e e e i i i i cv cv CV gz h m gz h m W Q dt dE 2 V 2 V 2 2 cv i e i inlet e exit d m m m dt = = = I s t L a w : E n e r g y I I n d L a w : E f f i c 3 5 "Thermodynamics is a funny subject. The first time you go through it, you don't understand it...
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This note was uploaded on 07/28/2010 for the course MEEN 315 taught by Professor Ramussen during the Fall '07 term at Texas A&M.

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Meen 315- Second Slide - 1 1 Lecture 01-Sections 1-11-3...

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