Numbers? You want numbers . . . we’ve got numbers.
V & V? Not so much.
For decision support all you need is numbers.
Two Nodes Coupled by a Link
Method of Exact Solutions Verification Problems for Transient Compressible Flows: Two Nodes Coupled by a Link
The analysis given in these previous notes:
Implicit Function Theory Introduction
Initial Method of Exact Solutions Calculations
Single Isolated Node Calculations
Two Fluid Systems Mechanically Coupled Through a Wall
are expanded to include the case of two fluid nodes coupled by a link. Numerical and analytical solutions results are given for an illustrative application.
The mathematical model, an exact continuous analogue of the discrete approximations used in many numerical solution methods, provides analytical and numerical-benchmark problems for verification by the Method of Exact Solutions ( MES ).
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Fluid Systems Mechanically Coupled Through a Wall
Method of Exact Solutions Verification Problems for Transient Compressible Flows: Two Fluid Systems Mechanically Coupled Through a Wall
The analysis given in these previous notes:
Implicit Function Theory Introduction
Initial Method of Exact Solutions Calculations
Single Isolated Node Calculations
are expanded to include the case of coupled fluid systems. Numerical solution results are given for an illustrative application.
The mathematical model, an exact continuous analogue of the discrete approximations used in many numerical solution methods, provides analytical and numerical-benchmark problems for verification by the Method of Exact Solutions ( MES ).
I have uploaded a file.
