Droplet_LTORC

Droplet Lagrangian Transient One-dimensional Reacting Code Implementation of both liquid and gas phase governing equations.

Weiye Wang cfe090c27e Re-organize the files, implement the CoolProp and revise the liquid/gas interface temperature BC		2年前
bin	Re-organize the files, implement the CoolProp and revise the liquid/gas interface temperature BC	2年前
build	Re-organize the files, implement the CoolProp and revise the liquid/gas interface temperature BC	2年前
grid2	Add all these files to git repository	2年前
include	Re-organize the files, implement the CoolProp and revise the liquid/gas interface temperature BC	2年前
restart	Add all these files to git repository	2年前
src	Re-organize the files, implement the CoolProp and revise the liquid/gas interface temperature BC	2年前
CMakeLists.txt	Re-organize the files, implement the CoolProp and revise the liquid/gas interface temperature BC	2年前
DropletCombustion3	Modified the heat capacity of n-heptane	2年前
DropletCombustion4	function getTimescale added to main.cpp	2年前
DropletCombustion8	revise the isothermPosition function in residue.cpp	2年前
DropletCombustion9	revise the isothermPosition function in residue.cpp	2年前
DropletCombustion11	merge brach JJRG into branch main	2年前
DropletCombustionTest1	merge brach JJRG into branch main	2年前
DropletCombustionTest3	merge brach JJRG into branch main	2年前
DropletCombustionTest4	merge brach JJRG into branch main	2年前
DropletCombustionTest5	merge brach JJRG into branch main	2年前
DropletCombustionTest7	liquid propert of C3/C7 implemented	2年前
DropletCombustionTest7-Binary	Liquid Phase Property of n-Heptane/n-Dodecane updated	2年前
Makefile	Liquid Phase Property of n-Heptane/n-Dodecane updated	2年前
UserData.cpp	Liquid Phase Property of n-Heptane/n-Dodecane updated	2年前
UserData.d	function getTimescale added to main.cpp	2年前
UserData.h	Liquid Phase Property of n-Heptane/n-Dodecane updated	2年前
UserData.o	function getTimescale added to main.cpp	2年前
gridRoutines.cpp	merge brach JJRG into branch main	2年前
gridRoutines.d	function getTimescale added to main.cpp	2年前
gridRoutines.h	merge brach JJRG into branch main	2年前
gridRoutines.o	function getTimescale added to main.cpp	2年前
lagrangianCombustion2	Add all these files to git repository	2年前
macros.h	liquid propert of C3/C7 implemented	2年前
main.cpp	Liquid Phase Property of n-Heptane/n-Dodecane updated	2年前
main.d	function getTimescale added to main.cpp	2年前
main.o	revise the isothermPosition function in residue.cpp	2年前
parse.cpp	liquid propert of C3/C7 implemented	2年前
parse.d	function getTimescale added to main.cpp	2年前
parse.h	liquid propert of C3/C7 implemented	2年前
parse.hpp	liquid propert of C3/C7 implemented	2年前
parse.o	function getTimescale added to main.cpp	2年前
readme.md	liquid propert of C3/C7 implemented	2年前
residue.cpp	Liquid Phase Property of n-Heptane/n-Dodecane updated	2年前
residue.d	function getTimescale added to main.cpp	2年前
residue.h	Liquid Phase Property of n-Heptane/n-Dodecane updated	2年前
residue.o	revise the isothermPosition function in residue.cpp	2年前
solution.cpp	Add all these files to git repository	2年前
solution.d	function getTimescale added to main.cpp	2年前
solution.h	Add all these files to git repository	2年前
solution.o	function getTimescale added to main.cpp	2年前
timing.h	Add all these files to git repository	2年前
timing.hpp	Add all these files to git repository	2年前

readme.md

Dropletcombustion5 is the version which floor the small mass fraction(smaller than massfractionTolerance) to 0.00 ; Dropletcombustion6 is the version where the Antoine parameters are those of water ; Version 7 change the hardcode some tolerance after ignition:Max T> 1800K version 8: the x in the main.cpp is changed to the maxGradPosition version 9: isothermPosition function in residue.cpp is revised for droplet combustion version 10: both xOld and x is the position of isoTherm ; version 11: both xOld and x is the position of maximum curvature; DropletCombustionTest: test the variables in the program DropletCombustionTest1: Multiple the l function by 10.0 DropletCombustionTest2: Multiple the l function by 100.0 and remove print timeScale; DropletCombustionTest3: Multiple the l function by 10.0 and print the maxTemp and add criteria for regrid DropletCombustionTest4: dxRatio to be 1.0e-2 and delta_T to be 150 [K] DropletCombustionTest5: dxRatio to be 1.0 and print x and xOld temperature, modified the fillGrid function; DropletCombustionTest7: JJRG has been implemented;