ME 310 Lecture Notes - Lecture 3: Delaware Route 1, Kinematics, Airfoil

• School: University of Illinois
• Department: Mechanical Engineering
• Course: ME 310
• Professor: Gabriel Juarez

Document Summary

P i pge m02t p t tog f. Navierstrokes equation oppgs nf"t p ft t f i 1. Pg conservation of momentum conservationof mass ef ema. Garant a pg op ddpxitddpy ji dz. pk del. Makespressure a vector q2 nd f d ldplachin. Fluid a substance that deforms continuously andirreversibly when acted on by a shearingstress of anymagnitude. 1 iiwhyfhf a ment when youges beyond the continuum hypothesis. Noslipboundary condition assumes at a solidboundary fluid will have zero velocity relativeto boundary. Velocity of fluid contacting a solidsurface is equal to that of the surface shear. M2 mi smaller deformation lower viscosity parallelplate collette flow fluid velocity u varies linearly. Results from unresolved intermolecular attractiveforces at the interface between 2 materials dependent uponsurfacechemistry or interface. 2tero op er2 op pi pe 2 0 capillaries rise energy between liquid and solid water rises to form a curve r is specificweight i2aro t. 2h 2troog zoa r r n rar h.