Searched hist:cbe60e318f71d8fedc7dbd515907b9b7df1392f5 (Results 1 – 9 of 9) sorted by relevance
| /honee/qfunctions/ |
| H A D | newtonian_types.h | cbe60e318f71d8fedc7dbd515907b9b7df1392f5 Mon Jul 18 15:46:29 UTC 2022 Leila Ghaffari <49916147+LeilaGhaffari@users.noreply.github.com> Fluids - Newtonian with Primitive variables (#1011)
* Fluids - Initial commit for Newtonian primitive variables
* Fluids - include A0 (dU/dY) in the output
* Fluids - added ICs for IG in primitive variables
* Fluids - added Jacobean QFunction for primitive variables
* Fluids - added RHS QFunction for primitive variables
* Fluids - fixed compilation errors and warnings
* Fluids - added ICs for density_current with primitive variables
* Fluids - In/OutFlow BCs for channel in primitive variables
* Adding the missing parts after rebasing onto main
* Fluids - Use correct component names for primitive variables
* Fluids - Primitive variables supported only with implicit scheme
* Fluids - drop in/outflow for channel flow and call Exact_Channel_Prim() in Exact_Channel()
* Fluids - Set solver's QFunction data in an if-else statement
* Fluids - style
* Fluids - add a comment to explain why the the gravity body force is excluded from the potential energy.
* Fluids - Exact_Channel return State
* Fluids - density_current: some style and cleanup
* Fluids - DC: refactor & cleanup
* Fluids - Singel QFunction for prim&cons
* Fluids - Use absolute temperature
* Fluids - DC: Fix pressure
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| H A D | newtonian_state.h | cbe60e318f71d8fedc7dbd515907b9b7df1392f5 Mon Jul 18 15:46:29 UTC 2022 Leila Ghaffari <49916147+LeilaGhaffari@users.noreply.github.com> Fluids - Newtonian with Primitive variables (#1011)
* Fluids - Initial commit for Newtonian primitive variables
* Fluids - include A0 (dU/dY) in the output
* Fluids - added ICs for IG in primitive variables
* Fluids - added Jacobean QFunction for primitive variables
* Fluids - added RHS QFunction for primitive variables
* Fluids - fixed compilation errors and warnings
* Fluids - added ICs for density_current with primitive variables
* Fluids - In/OutFlow BCs for channel in primitive variables
* Adding the missing parts after rebasing onto main
* Fluids - Use correct component names for primitive variables
* Fluids - Primitive variables supported only with implicit scheme
* Fluids - drop in/outflow for channel flow and call Exact_Channel_Prim() in Exact_Channel()
* Fluids - Set solver's QFunction data in an if-else statement
* Fluids - style
* Fluids - add a comment to explain why the the gravity body force is excluded from the potential energy.
* Fluids - Exact_Channel return State
* Fluids - density_current: some style and cleanup
* Fluids - DC: refactor & cleanup
* Fluids - Singel QFunction for prim&cons
* Fluids - Use absolute temperature
* Fluids - DC: Fix pressure
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| H A D | channel.h | cbe60e318f71d8fedc7dbd515907b9b7df1392f5 Mon Jul 18 15:46:29 UTC 2022 Leila Ghaffari <49916147+LeilaGhaffari@users.noreply.github.com> Fluids - Newtonian with Primitive variables (#1011)
* Fluids - Initial commit for Newtonian primitive variables
* Fluids - include A0 (dU/dY) in the output
* Fluids - added ICs for IG in primitive variables
* Fluids - added Jacobean QFunction for primitive variables
* Fluids - added RHS QFunction for primitive variables
* Fluids - fixed compilation errors and warnings
* Fluids - added ICs for density_current with primitive variables
* Fluids - In/OutFlow BCs for channel in primitive variables
* Adding the missing parts after rebasing onto main
* Fluids - Use correct component names for primitive variables
* Fluids - Primitive variables supported only with implicit scheme
* Fluids - drop in/outflow for channel flow and call Exact_Channel_Prim() in Exact_Channel()
* Fluids - Set solver's QFunction data in an if-else statement
* Fluids - style
* Fluids - add a comment to explain why the the gravity body force is excluded from the potential energy.
* Fluids - Exact_Channel return State
* Fluids - density_current: some style and cleanup
* Fluids - DC: refactor & cleanup
* Fluids - Singel QFunction for prim&cons
* Fluids - Use absolute temperature
* Fluids - DC: Fix pressure
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| H A D | densitycurrent.h | cbe60e318f71d8fedc7dbd515907b9b7df1392f5 Mon Jul 18 15:46:29 UTC 2022 Leila Ghaffari <49916147+LeilaGhaffari@users.noreply.github.com> Fluids - Newtonian with Primitive variables (#1011)
* Fluids - Initial commit for Newtonian primitive variables
* Fluids - include A0 (dU/dY) in the output
* Fluids - added ICs for IG in primitive variables
* Fluids - added Jacobean QFunction for primitive variables
* Fluids - added RHS QFunction for primitive variables
* Fluids - fixed compilation errors and warnings
* Fluids - added ICs for density_current with primitive variables
* Fluids - In/OutFlow BCs for channel in primitive variables
* Adding the missing parts after rebasing onto main
* Fluids - Use correct component names for primitive variables
* Fluids - Primitive variables supported only with implicit scheme
* Fluids - drop in/outflow for channel flow and call Exact_Channel_Prim() in Exact_Channel()
* Fluids - Set solver's QFunction data in an if-else statement
* Fluids - style
* Fluids - add a comment to explain why the the gravity body force is excluded from the potential energy.
* Fluids - Exact_Channel return State
* Fluids - density_current: some style and cleanup
* Fluids - DC: refactor & cleanup
* Fluids - Singel QFunction for prim&cons
* Fluids - Use absolute temperature
* Fluids - DC: Fix pressure
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| H A D | newtonian.h | cbe60e318f71d8fedc7dbd515907b9b7df1392f5 Mon Jul 18 15:46:29 UTC 2022 Leila Ghaffari <49916147+LeilaGhaffari@users.noreply.github.com> Fluids - Newtonian with Primitive variables (#1011)
* Fluids - Initial commit for Newtonian primitive variables
* Fluids - include A0 (dU/dY) in the output
* Fluids - added ICs for IG in primitive variables
* Fluids - added Jacobean QFunction for primitive variables
* Fluids - added RHS QFunction for primitive variables
* Fluids - fixed compilation errors and warnings
* Fluids - added ICs for density_current with primitive variables
* Fluids - In/OutFlow BCs for channel in primitive variables
* Adding the missing parts after rebasing onto main
* Fluids - Use correct component names for primitive variables
* Fluids - Primitive variables supported only with implicit scheme
* Fluids - drop in/outflow for channel flow and call Exact_Channel_Prim() in Exact_Channel()
* Fluids - Set solver's QFunction data in an if-else statement
* Fluids - style
* Fluids - add a comment to explain why the the gravity body force is excluded from the potential energy.
* Fluids - Exact_Channel return State
* Fluids - density_current: some style and cleanup
* Fluids - DC: refactor & cleanup
* Fluids - Singel QFunction for prim&cons
* Fluids - Use absolute temperature
* Fluids - DC: Fix pressure
|
| /honee/problems/ |
| H A D | channel.c | cbe60e318f71d8fedc7dbd515907b9b7df1392f5 Mon Jul 18 15:46:29 UTC 2022 Leila Ghaffari <49916147+LeilaGhaffari@users.noreply.github.com> Fluids - Newtonian with Primitive variables (#1011)
* Fluids - Initial commit for Newtonian primitive variables
* Fluids - include A0 (dU/dY) in the output
* Fluids - added ICs for IG in primitive variables
* Fluids - added Jacobean QFunction for primitive variables
* Fluids - added RHS QFunction for primitive variables
* Fluids - fixed compilation errors and warnings
* Fluids - added ICs for density_current with primitive variables
* Fluids - In/OutFlow BCs for channel in primitive variables
* Adding the missing parts after rebasing onto main
* Fluids - Use correct component names for primitive variables
* Fluids - Primitive variables supported only with implicit scheme
* Fluids - drop in/outflow for channel flow and call Exact_Channel_Prim() in Exact_Channel()
* Fluids - Set solver's QFunction data in an if-else statement
* Fluids - style
* Fluids - add a comment to explain why the the gravity body force is excluded from the potential energy.
* Fluids - Exact_Channel return State
* Fluids - density_current: some style and cleanup
* Fluids - DC: refactor & cleanup
* Fluids - Singel QFunction for prim&cons
* Fluids - Use absolute temperature
* Fluids - DC: Fix pressure
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| H A D | densitycurrent.c | cbe60e318f71d8fedc7dbd515907b9b7df1392f5 Mon Jul 18 15:46:29 UTC 2022 Leila Ghaffari <49916147+LeilaGhaffari@users.noreply.github.com> Fluids - Newtonian with Primitive variables (#1011)
* Fluids - Initial commit for Newtonian primitive variables
* Fluids - include A0 (dU/dY) in the output
* Fluids - added ICs for IG in primitive variables
* Fluids - added Jacobean QFunction for primitive variables
* Fluids - added RHS QFunction for primitive variables
* Fluids - fixed compilation errors and warnings
* Fluids - added ICs for density_current with primitive variables
* Fluids - In/OutFlow BCs for channel in primitive variables
* Adding the missing parts after rebasing onto main
* Fluids - Use correct component names for primitive variables
* Fluids - Primitive variables supported only with implicit scheme
* Fluids - drop in/outflow for channel flow and call Exact_Channel_Prim() in Exact_Channel()
* Fluids - Set solver's QFunction data in an if-else statement
* Fluids - style
* Fluids - add a comment to explain why the the gravity body force is excluded from the potential energy.
* Fluids - Exact_Channel return State
* Fluids - density_current: some style and cleanup
* Fluids - DC: refactor & cleanup
* Fluids - Singel QFunction for prim&cons
* Fluids - Use absolute temperature
* Fluids - DC: Fix pressure
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| H A D | newtonian.c | cbe60e318f71d8fedc7dbd515907b9b7df1392f5 Mon Jul 18 15:46:29 UTC 2022 Leila Ghaffari <49916147+LeilaGhaffari@users.noreply.github.com> Fluids - Newtonian with Primitive variables (#1011)
* Fluids - Initial commit for Newtonian primitive variables
* Fluids - include A0 (dU/dY) in the output
* Fluids - added ICs for IG in primitive variables
* Fluids - added Jacobean QFunction for primitive variables
* Fluids - added RHS QFunction for primitive variables
* Fluids - fixed compilation errors and warnings
* Fluids - added ICs for density_current with primitive variables
* Fluids - In/OutFlow BCs for channel in primitive variables
* Adding the missing parts after rebasing onto main
* Fluids - Use correct component names for primitive variables
* Fluids - Primitive variables supported only with implicit scheme
* Fluids - drop in/outflow for channel flow and call Exact_Channel_Prim() in Exact_Channel()
* Fluids - Set solver's QFunction data in an if-else statement
* Fluids - style
* Fluids - add a comment to explain why the the gravity body force is excluded from the potential energy.
* Fluids - Exact_Channel return State
* Fluids - density_current: some style and cleanup
* Fluids - DC: refactor & cleanup
* Fluids - Singel QFunction for prim&cons
* Fluids - Use absolute temperature
* Fluids - DC: Fix pressure
|
| /honee/src/ |
| H A D | setupdm.c | cbe60e318f71d8fedc7dbd515907b9b7df1392f5 Mon Jul 18 15:46:29 UTC 2022 Leila Ghaffari <49916147+LeilaGhaffari@users.noreply.github.com> Fluids - Newtonian with Primitive variables (#1011)
* Fluids - Initial commit for Newtonian primitive variables
* Fluids - include A0 (dU/dY) in the output
* Fluids - added ICs for IG in primitive variables
* Fluids - added Jacobean QFunction for primitive variables
* Fluids - added RHS QFunction for primitive variables
* Fluids - fixed compilation errors and warnings
* Fluids - added ICs for density_current with primitive variables
* Fluids - In/OutFlow BCs for channel in primitive variables
* Adding the missing parts after rebasing onto main
* Fluids - Use correct component names for primitive variables
* Fluids - Primitive variables supported only with implicit scheme
* Fluids - drop in/outflow for channel flow and call Exact_Channel_Prim() in Exact_Channel()
* Fluids - Set solver's QFunction data in an if-else statement
* Fluids - style
* Fluids - add a comment to explain why the the gravity body force is excluded from the potential energy.
* Fluids - Exact_Channel return State
* Fluids - density_current: some style and cleanup
* Fluids - DC: refactor & cleanup
* Fluids - Singel QFunction for prim&cons
* Fluids - Use absolute temperature
* Fluids - DC: Fix pressure
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