Boundary Layers in Pressure-driven Flow in Smectic A Liquid Crystals.
Iain W. StewartMichael VynnyckySean McKeeMurilo F. ToméPublished in: SIAM J. Appl. Math. (2015)
Keyphrases
- flow rate
- water flow
- input parameters
- computational fluid dynamics
- navier stokes equations
- blood flow
- fluid flow
- data driven
- object boundaries
- information flow
- boundary conditions
- power plant
- patient specific
- distribution network
- edge map
- flow patterns
- boundary estimation
- shear stress
- digital elevation models
- heat transfer
- real time
- multi layer
- artificial intelligence
- numerical simulations
- website
- version spaces
- curvature flow
- genetic algorithm
- information retrieval
- data mining
- data sets