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64f0bbdf52
* Add Windows Instructions and example I added how to use the wrapper for Windows through the shared library. There might be a better way using the static library, but I believe this method works for 99% of use cases. * Update Windows setup instructions in Fluent README Clarified and expanded the step-by-step instructions for setting up CoolProp with Fluent on Windows. Added details about launching Fluent, using absolute paths, and using '//' in paths. Improved clarity and fixed minor typos. * Update Windows instructions in Fluent wrapper README Added clarification about limitations of using the shared library method and recommended using a static library for more robust results. Minor formatting and wording improvements were also made to the step-by-step instructions.
51 lines
1.4 KiB
C++
51 lines
1.4 KiB
C++
#include "udf.h"
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#include "CoolPropLib.h"
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#include <string>
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#pragma comment(lib, "C:\\XX\\XX\\CoolProp.lib")
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// User settings
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static const std::string FLUID_NAME = "R134a";
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DEFINE_ON_DEMAND(test)
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{
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double PropResult = PropsSI("T", "P", 101325, "Q", 0, "Water");
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Message0("Saturation temperature of Water at 1 atm = %g K\n", PropResult);
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}
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// Density via CoolProp
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DEFINE_PROPERTY(rho_coolprop, cell, thread)
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{
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real P = C_P(cell, thread);
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real H = C_H(cell, thread);
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double rho = PropsSI("VISCOSITY",
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"P", static_cast<double>(P),
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"Hmass",static_cast<double>(H),
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FLUID_NAME.c_str());
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return static_cast<real>(rho);
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}
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// Viscosity via CoolProp
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DEFINE_PROPERTY(mu_coolprop, cell, thread)
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{
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real P = C_P(cell, thread);
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real H = C_H(cell, thread);
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double mu = PropsSI("VISCOSITY",
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"P", static_cast<double>(P),
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"Hmass",static_cast<double>(H),
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FLUID_NAME.c_str());
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return static_cast<real>(mu);
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}
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// Thermal conductivity via CoolProp
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DEFINE_PROPERTY(k_coolprop, cell, thread)
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{
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real P = C_P(cell, thread);
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real H = C_H(cell, thread);
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double k = PropsSI("CONDUCTIVITY",
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"P", static_cast<double>(P),
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"Hmass",static_cast<double>(H),
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FLUID_NAME.c_str());
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return static_cast<real>(k);
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}
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