Fluid Mechanics MCQ on Dimensional and Model Analysis

Combustion analysis Pressure analysis Dimensional analysis Temperature analysis Rayleigh’s method Rutherford’s method Newton’s laws Doppler effect Size- l Velocity – v Gravity – g Viscosity – a D = f(l,ρ,μV,g) D = (l,ρ,μV,g) D = f D = f(lpv) To many variables Format Exponents in between variables Many exponents Buckingham method Dead weight method Conveyor method Ionization method Reynolds Froude Mach Cartesian A small-scale replica Actual structure Theory structure. Adopted structure Performance cannot be predicted The relationships between the variable cannot be obtained Shear stress to thermal diffusivity Alternative designs can be predicted For determining the dimensions To provide a safe design To check the shear stress To check the thermal diffusivity Dynamic similarity Potential similarity Kinematic similarity Design similarity Dynamic similarity Potential similarity Kinematic similarity Design similarity Inertial force Viscous force Gravity force Drag Elastic stress/area Elastic strain/area Elastic stress*area Elastics stress* Elastic strain A small-scale replica Actual structure Theory structure. Adopted structure