Aeronautics & Astronautics - Fluid & Thermal Sciences > Mechanical Thermodynamics: Page 1

No. 23434 Ideal vapor-compression refrigeration cycle: T-s diagram No. 23435 Vapor-compression refrigeration cycle: schematic No. 23436 Vapor-compression refrigeration cycle: T-s diagram No. 23437 Vapor-compression refrigeration cycle: T-s diagram No. 24141 Adjustable valve separating two substances No. 24142 Two streams of water at different temperatures meet No. 23174 P-v diagram: substance expanding on freezing No. 23175 P-T diagram: pure substances No. 23187 Percentage of error: assumption steam as an ideal gas No. 23188 Various gases' Z factors comparison No. 23189 Deviation of gases from ideal-gas behavior near critical point No. 23190 Specific heats for some gases: ideal-gas constant-pressure No. 23191 Linear variation of specific heat with temperature No. 23192 Closed system energy transfer No. 23193 Energy tranfer between baked potato and surroundings No. 23194 Adiabatic system No. 23195 Directions in which transfer of heat and work occurs No. 23196 Point and path functions: properties, heat and work No. 23197 Electric oven: heating by work transfer No. 23198 Electric oven: heating by heat transfer No. 23199 Electrical power circuit No. 23200 Proportionality between work and applied force and distance traveled No. 23201 Differential amount of work held by gas No. 23202 Boundary work: area under P-V diagram No. 23203 Dependency of boundary work on path and end states No. 23204 Net work done No. 23205 Rigid tank P-V diagram and schematic: constant-pressure process No. 23206 Frictionless piston cylinder: constant-pressure process No. 23207 P-v diagram: constant-pressure process No. 23208 Piston-cylinder device: isothermal compression No. 23209 isothermal compression: P-V diagram No. 23210 Piston cylinder device: polytropic process No. 23211 Polytropic process: P-V diagram No. 23212 Spring elongation No. 23213 Linear spring: displacement No. 23214 Piston cylinder device with a spring: gas expansion No. 23215 P-V diagram: gas expansion against a spring No. 23216 Solid bar under force acting like a spring No. 23217 Liquid film being stretched with a movable wire No. 23218 Pipe flow: actual velocity profle No. 23219 Mean velocity profile: flow in a pipe No. 23220 Volume flow rate schematic No. 23221 Steady-flow process schematic No. 23222 Two-inlet-one-exit steady-flow system: conservation of mass principle No. 23223 Volume flow rate through an air compressor No. 23224 Schematic for discharge of water from a tank No. 23225 Flow work schematic No. 23226 Schematic for force applied by a flow fluid element No. 23227 Flow work: before entering
 

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