'Difference scheme' presentation slideshows

Lectures 8, 9 and 10

Lectures 8, 9 and 10. Finite Difference Discretization of Hyperbolic Equations: Linear Problems. First Order Wave Equation. INITION BOUNDARY VALUE PROBLEM (IBVP) Initial Condition: Boundary Conditions:. Solution. First Order Wave Equation. Characteristics. General solution.

1.22k views • 97 slides

Lectures 8, 9 and 10

Lectures 8, 9 and 10. Finite Difference Discretization of Hyperbolic Equations: Linear Problems. First Order Wave Equation. INITION BOUNDARY VALUE PROBLEM (IBVP) Initial Condition: Boundary Conditions:. Solution. First Order Wave Equation. Characteristics. General solution.

980 views • 97 slides

MORPHODYNAMICS OF SAND-BED RIVERS ENDING IN DELTAS

MORPHODYNAMICS OF SAND-BED RIVERS ENDING IN DELTAS. Wax Lake Delta, Louisiana. Delta from Iron Ore Mine into Lake Wabush, Labrador. Delta of Eau Claire River at Lake Altoona, Wisconsin. DELTA SHAPE.

532 views • 40 slides

Back Trajectory Techniques in Air Pollution

Back Trajectory Techniques in Air Pollution. Farhan Akhtar Benton Whitesides Bo Yan 11/19/2003 EAS 6792. D efinition. Trajectories: the paths of infinitesimally small particles of air as they move through time and space.

735 views • 38 slides

GROUNDWATER CONTAMINANT TRANSPORT MODELING FOR RIVER BASINS

GROUNDWATER CONTAMINANT TRANSPORT MODELING FOR RIVER BASINS. Suresh A Kartha Assistant Professor Department of Civil Engineering IIT Guwahati. This presentation is an academic exercise, where we intended to generate interest in you on groundwater contaminant transport modeling.

883 views • 36 slides

Establish Effective Lower Bounds of Watershed Slope for Traditional Hydrologic Methods

Establish Effective Lower Bounds of Watershed Slope for Traditional Hydrologic Methods. Manoj KC and Xing Fang May 11-13, 2009 For TxDOT project 0-6382. DIFFUSION HYDRODYNAMIC MODEL(DHM). It couples two-dimensional overland flow and one-dimensional open channel flow.

522 views • 36 slides

EEE 431 Computational Methods in Electrodynamics

415 views • 31 slides

Research and application of compact finite difference method of low reaction-diffusion equation

The paper describes the theory of fractional derivative and specific application examples in the field of engineering sciences. On this basis, this paper mainly studies the low reaction-diffusion equations. First using compact operator, the paper constructs a higher-order finite difference scheme. Then the paper proves the existence and uniqueness of the difference solution by matrix method and analyzes the stability and convergence of the scheme by Fourier method.

93 views • 7 slides