Encyclopaedia Index
Advanced library cases with comments and explanations
Here twenty three group-by-group examples of the advanced PLANT
library are discussed in full. For those who prefer to learn by
copying, the PLANT data-input library contains many more examples.
The examples are :
Library case Y601 Time step specification for unsteady problems.
Library case Y602: Expanding and contracting grids for PARAB=T.
Library case Y603: Adaptive Z-direction step size.
Library case Y604: Analytical BFC grids : 2D sample-kit.
Library case Y605: Analytical BFC grids : 3D sample-kit.
Library case Y606: Gradually corrugated channel.
Library case Y607: Combustion chamber with varying absorption.
Library case Y608: Alteration of convection fluxes.
Library case Y609: Varying properties recirculating flow.
Library case Y610: Rain and snow : effect of interphase friction.
Library case Y611: Five examples initialization box.
Library case Y612: Drilling box: CARTES=T.
Library case Y613: Drilling cylinder: CARTES=F.
Library case Y614: Drylling BFC domain.
Library case Y615: Flow over a block passing through orifice.
Library case Y616: Conjugate heat transfer of rotating object.
Library case Y617: Unsteady mixing in two paddle-stirred reactor.
Library case Y618: Global and local self-steering under-relaxations.
Library case Y619: Inlet flux scaling: swirling flow in a chamber.
Library case Y620: HEXAGON 2D : SFT analysis of heat exchanger.
Library case Y621: Thermal stresses in irregularly-shaped solids.
Library case Y622: Thermal expansion of composite solid block.
Library case Y623: Multi-fluid model for confined jet mixing.
In what follows, after you choose the case, the further presentation
will be continued in the following manner:
First the complete and commented Q1 file will be made, with some
remarks of explanation and elaboration.
Then the corresponding GROUND codings will be presented as they
generated by PLANT.
The results will be presented by way of either PHOTON pictures or
extractions from result files, when appropriate.