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ADflow
v1.0
ADflow is a finite volume RANS solver tailored for gradient-based aerodynamic design optimization.
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Go to the source code of this file.
Modules | |
| module | utils_d |
Functions/Subroutines | |
| character(len=n) function | utils_d::char2str (chararray, n) |
| real(kind=realtype) function | utils_d::tsbeta (degreepolbeta, coefpolbeta, degreefourbeta, omegafourbeta, coscoeffourbeta, sincoeffourbeta, t) |
| real(kind=realtype) function | utils_d::tsbetadot (degreepolbeta, coefpolbeta, degreefourbeta, omegafourbeta, coscoeffourbeta, sincoeffourbeta, t) |
| real(kind=realtype) function | utils_d::tsmach (degreepolmach, coefpolmach, degreefourmach, omegafourmach, coscoeffourmach, sincoeffourmach, t) |
| real(kind=realtype) function | utils_d::tsmachdot (degreepolmach, coefpolmach, degreefourmach, omegafourmach, coscoeffourmach, sincoeffourmach, t) |
| real(kind=realtype) function | utils_d::tsalpha (degreepolalpha, coefpolalpha, degreefouralpha, omegafouralpha, coscoeffouralpha, sincoeffouralpha, t) |
| real(kind=realtype) function | utils_d::tsalphadot (degreepolalpha, coefpolalpha, degreefouralpha, omegafouralpha, coscoeffouralpha, sincoeffouralpha, t) |
| real(kind=realtype) function | utils_d::derivativerigidrotangle_d (degreepolrot, coefpolrot, degreefourrot, omegafourrot, coscoeffourrot, sincoeffourrot, t, derivativerigidrotangle) |
| real(kind=realtype) function | utils_d::derivativerigidrotangle (degreepolrot, coefpolrot, degreefourrot, omegafourrot, coscoeffourrot, sincoeffourrot, t) |
| real(kind=realtype) function | utils_d::mydim_d (x, xd, y, yd, mydim) |
| real(kind=realtype) function | utils_d::mydim (x, y) |
| logical function | utils_d::getcorrectfork () |
| subroutine | utils_d::terminate (routinename, errormessage) |
| subroutine | utils_d::rotmatrixrigidbody (tnew, told, rotationmatrix, rotationpoint) |
| real(kind=realtype) function | utils_d::secondderivativerigidrotangle (degreepolrot, coefpolrot, degreefourrot, omegafourrot, coscoeffourrot, sincoeffourrot, t) |
| real(kind=realtype) function | utils_d::rigidrotangle (degreepolrot, coefpolrot, degreefourrot, omegafourrot, coscoeffourrot, sincoeffourrot, t) |
| subroutine | utils_d::setbcpointers (nn, spatialpointers) |
| subroutine | utils_d::computerootbendingmoment (cf, cm, bendingmoment) |
| subroutine | utils_d::computeleastsquaresregression (y, x, npts, m, b) |
| subroutine | utils_d::computetsderivatives (force, moment, coef0, dcdalpha, dcdalphadot, dcdq, dcdqdot) |
| subroutine | utils_d::getdirangle (freestreamaxis, liftaxis, liftindex, alpha, beta) |
| subroutine | utils_d::stabilityderivativedriver () |
| subroutine | utils_d::setcoeftimeintegrator () |
| real(kind=realtype) function | utils_d::mynorm2_d (x, xd, mynorm2) |
| real(kind=realtype) function | utils_d::mynorm2 (x) |
| logical function | utils_d::iswalltype (btype) |
| subroutine | utils_d::cross_prod_d (a, ad, b, bd, c, cd) |
| subroutine | utils_d::cross_prod (a, b, c) |
| subroutine | utils_d::siangle (angle, mult, trans) |
| subroutine | utils_d::sidensity (mass, len, mult, trans) |
| subroutine | utils_d::silen (len, mult, trans) |
| subroutine | utils_d::sipressure (mass, len, time, mult, trans) |
| subroutine | utils_d::sitemperature (temp, mult, trans) |
| subroutine | utils_d::siturb (mass, len, time, temp, turbname, mult, trans) |
| subroutine | utils_d::sivelocity (length, time, mult, trans) |