A) Conservation of mass B) Conservation of entropy C) Conservation of momentum D) Conservation of total energy of a system
A) External temperature B) Total energy of a system C) Enthalpy transfer D) Elastic tension
A) Work done on the system B) Weight of the fluid C) Vorticity D) Wave propagation speed
A) Kinetic energy quotient B) Heat added to the system C) Volume flow rate D) Dynamic viscosity
A) Cauchy stress tensor B) Surface tension C) Specific heat D) Thermal conductivity
A) Flow velocity B) Vorticity vector C) Specific volume D) Kinematic viscosity
A) Electric charge B) Heat flux vector C) Momentum flux D) Heat capacity
A) Energy balance equation of continuous media B) Continuity equation C) Momentum balance equation D) Bernoulli principle
A) Ideal gas law equations B) Non-conservation form of the Navier–Stokes equations C) Laplace's equations D) Euler equations of motion
A) Pressure B) Power C) Density D) Potential energy
A) Identity vector B) Identity matrix C) Inertia tensor D) Internal energy
A) Deviatoric stress tensor B) Total stress vector C) Turbulence kinetic energy D) Temperature tensor
A) Both pulling and pushing are positive stress B) Both pulling and pushing are negative stress C) Pulling is positive stress and pushing is negative stress D) Pulling is negative stress and pushing is positive stress
A) dE_t = dQ + dW B) dE_t = dQ * dW C) dE_t = dW - dQ D) dE_t = dQ - dW
A) dE_t / dx B) DW / dt2 C) DE_t / Dt D) dq / dt |