| 1 |
Note computational domain is the unit cube in x h and z space
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| 2 |
We use these greek labels to indicate one has (notionally) transformed from original physical domain x h and z. (As noted the transformation matrix has been ignored)
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| 3 |
We use t not t for two reasons
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Firstly we probably have transformed time as well as space in map to computational domain
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Secondly we only want steady state solution U and so we can view t as labelling iteration and not necessarily as time in a diffusive equation. This implies all that counts is accuracy at infinite time t and not accuracy at intermediate finite time t.
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