diff --git a/MaterialLib/SolidModels/MFront/BDT.mfront b/MaterialLib/SolidModels/MFront/BDT.mfront
new file mode 100644
index 0000000000000000000000000000000000000000..85ae6ce7a3c70d686797d5e4fd7284ec6236bba2
--- /dev/null
+++ b/MaterialLib/SolidModels/MFront/BDT.mfront
@@ -0,0 +1,164 @@
+@Parser Implicit;
+@Behaviour BDT;
+@Algorithm NewtonRaphson_NumericalJacobian;
+@Theta 1.;
+
+@MaterialProperty real young;
+young.setGlossaryName("YoungModulus");
+@MaterialProperty real nu;
+nu.setGlossaryName("PoissonRatio");
+@MaterialProperty thermalexpansion alpha;
+alpha.setGlossaryName("ThermalExpansion");
+@MaterialProperty real f_c;
+@MaterialProperty real m_0;
+@MaterialProperty real alpha_p;
+@MaterialProperty real n_exp_T;
+@MaterialProperty real q_h0;
+@MaterialProperty real chi_h;
+@MaterialProperty real alpha_d;
+@MaterialProperty real h_d;
+@MaterialProperty real Qact;
+@MaterialProperty real A_creep;
+@MaterialProperty real n_creep;
+@MaterialProperty real El_1;
+@MaterialProperty real El_2;
+@MaterialProperty real El_3;
+@MaterialProperty real at_1;
+@MaterialProperty real at_2;
+@MaterialProperty real at_3;
+
+@StateVariable real pla_mult;
+@StateVariable real a;
+@StateVariable real dam;
+@StateVariable real Rv;
+@StateVariable real triax_p;
+@StateVariable real vp;
+
+@LocalVariable stress lambda;
+@LocalVariable stress mu;
+@LocalVariable stress Fel;
+@LocalVariable StressStensor s0;
+
+// @Parameter Tref;
+// Tref.setDefaultValue(293.15);
+
+@InitLocalVariables
+{
+ auto const T_Celsius = T - 273.15;
+
+ const auto y2 = El_1 * power<2>(T_Celsius) + El_2 * T_Celsius + El_3;
+ lambda = computeLambda(young * y2, nu);
+ mu = computeMu(young * y2, nu);
+ StressStensor sigel(lambda * trace(eel + deto) * Stensor::Id() +
+ 2 * mu * (eel + deto)); // StresssStensor in Tutorial
+ const auto s_dev = deviator(sigel);
+ // J2 = (s_dev|s_dev)/2.; //defines double contraction
+ const stress seq = sigmaeq(s_dev);
+ const stress I1 = trace(sigel);
+ const auto aux = (seq + I1) / (3. * f_c);
+
+ const auto aux_ex = (1. - 1. / n_exp_T);
+ const auto aux_arg = 1 + pow(alpha_p * (T_Celsius - 10.), n_exp_T);
+
+ Rv = max(at_1 * T_Celsius + at_2 * I1 / 3. + at_3, 1.0e-4);
+ auto Rpel = -(1. - q_h0) * pow((a + vp) / Rv, 2) +
+ 2. * (1. - q_h0) * (a + vp) / Rv + q_h0;
+ if ((a + vp) > Rv)
+ Rpel = 1.0;
+
+ const auto q_h = Rpel / (pow(aux_arg, aux_ex));
+
+ Fel = power<2>((1. - q_h) * power<2>(aux) + seq / f_c) +
+ (m_0 * aux - 1) * power<2>(q_h);
+}
+
+@ComputeStress
+{
+ sig = (1 - dam) * (lambda * trace(eel) * Stensor::Id() + 2 * mu * eel);
+}
+
+@Integrator
+{
+ auto const T_Celsius = T - 273.15;
+
+ Stensor nvp = Stensor(0.);
+ Stensor s_dev = deviator(sig / (1 - dam));
+ const stress seq = sigmaeq(s_dev);
+
+ if (seq > 1.e-15)
+ {
+ nvp = 1.5 * s_dev / seq;
+ }
+ fvp -=
+ dt * A_creep * exp(-Qact / 8.3144598 / T_Celsius) * pow(seq, n_creep);
+
+ if (Fel > 0)
+ {
+ const real pla_mult_ = pla_mult + theta * dpla_mult;
+ Stensor nq = s_dev;
+ Stensor np = 1.0 * Stensor::Id();
+ const auto aux = (seq + trace(sig / (1 - dam))) / (3. * f_c);
+
+ const auto aux_ex = (1. - 1. / n_exp_T);
+ const auto aux_arg = 1 + pow(alpha_p * (T_Celsius - 10), n_exp_T);
+ real a_;
+ real dam_;
+ real vp_;
+
+ a_ = a + theta * da;
+ dam_ = dam + theta * ddam;
+ vp_ = vp + theta * dvp;
+ Rv = max(at_1 * T_Celsius + at_2 * trace(sig / (1 - dam)) / 3. + at_3,
+ 1.0e-4);
+ auto Rp_ = -(1. - q_h0) * pow((a_ + vp_) / Rv, 2) +
+ 2. * (1. - q_h0) * (a_ + vp_) / Rv + q_h0;
+ if ((a_ + vp_) > Rv)
+ Rp_ = 1.0;
+ const auto q_h = Rp_ / (pow(aux_arg, aux_ex));
+
+ const auto yield = power<2>((1. - q_h) * power<2>(aux) + seq / f_c) +
+ (m_0 * aux - 1) * power<2>(q_h);
+
+ const auto big_aux = power<2>(aux) * (1 - q_h) + seq / f_c;
+ const auto dev_flow =
+ power<2>(q_h) * m_0 / (2. * f_c * seq) +
+ 2. * ((1 - q_h) * aux / (f_c * seq) + 3. / (2. * f_c * seq)) *
+ big_aux;
+ const auto iso_flow = power<2>(q_h) * m_0 / (3. * f_c) +
+ 4. * (1. - q_h) * aux / (3. * f_c) * big_aux;
+
+ feel = deel - deto + dpla_mult * (nq * dev_flow + np * iso_flow) +
+ dvp * nvp;
+ fpla_mult = yield / young;
+ fa = da - sqrt(2. / 3. * (dpla_mult * (nq * dev_flow + np * iso_flow)) |
+ (dpla_mult * (nq * dev_flow + np * iso_flow)));
+ triax_p = iso_flow / dev_flow;
+
+ dam = max(min(1 - exp(-(((a + vp) - Rv) / alpha_d)), 1.0), 0.0);
+ sig = (1 - dam) * sig;
+ }
+ else
+ {
+ feel = deel - deto + dvp * nvp;
+ }
+}
+
+@TangentOperator
+{
+ if ((smt == ELASTIC) || (smt == SECANTOPERATOR))
+ {
+ computeElasticStiffness<N, Type>::exe(Dt, lambda, mu);
+ }
+ else if (smt == CONSISTENTTANGENTOPERATOR)
+ {
+ StiffnessTensor De;
+ Stensor4 Je;
+ computeElasticStiffness<N, Type>::exe(De, lambda, mu);
+ getPartialJacobianInvert(Je);
+ Dt = De * Je;
+ }
+ else
+ {
+ return false;
+ }
+}
diff --git a/Tests/Data/ThermoMechanics/BDT/bdt.mtest b/MaterialLib/SolidModels/MFront/BDT.mtest
similarity index 96%
rename from Tests/Data/ThermoMechanics/BDT/bdt.mtest
rename to MaterialLib/SolidModels/MFront/BDT.mtest
index d2c5b2b1a296aaa40abcf1f041b2a27391ad0b2e..4b058e896512b0e6729dd67e0c945ea61c21eafe 100644
--- a/Tests/Data/ThermoMechanics/BDT/bdt.mtest
+++ b/MaterialLib/SolidModels/MFront/BDT.mtest
@@ -1,4 +1,4 @@
-@Behaviour<generic> 'src/libBehaviour.so' 'BDT';
+@Behaviour<generic> 'libOgsMFrontBehaviour.so' 'BDT';
@MaterialProperty<constant> 'YoungModulus' 4.4619E+04;
@MaterialProperty<constant> 'PoissonRatio' 3.0000E-01;
@MaterialProperty<constant> 'ThermalExpansion' 1.0000E-05;
diff --git a/MaterialLib/SolidModels/MFront/CMakeLists.txt b/MaterialLib/SolidModels/MFront/CMakeLists.txt
index 4e1a425beb9a311ae11b891c4309499a4d4a6cb5..54df69a8d44b3b6ac41bde131ebbb00dc5e7c38a 100644
--- a/MaterialLib/SolidModels/MFront/CMakeLists.txt
+++ b/MaterialLib/SolidModels/MFront/CMakeLists.txt
@@ -16,7 +16,10 @@ target_link_libraries(MaterialLib_SolidModels_MFront
set(CMAKE_MODULE_PATH ${CMAKE_MODULE_PATH}
"${PROJECT_SOURCE_DIR}/ThirdParty/MGIS")
include(cmake/modules/tfel)
-mfront_behaviours_check_library(OgsMFrontBehaviour Elasticity
+mfront_behaviours_check_library(OgsMFrontBehaviour
+ BDT
+ DruckerPrager
+ Elasticity
StandardElasticityBrick)
target_include_directories(MaterialLib_SolidModels_MFront
diff --git a/MaterialLib/SolidModels/MFront/DruckerPrager.mfront b/MaterialLib/SolidModels/MFront/DruckerPrager.mfront
new file mode 100644
index 0000000000000000000000000000000000000000..5f138f4ea68b1ed99fe66288d2b182b4c05c630b
--- /dev/null
+++ b/MaterialLib/SolidModels/MFront/DruckerPrager.mfront
@@ -0,0 +1,83 @@
+@Parser Implicit;
+@Behaviour DruckerPrager;
+@Algorithm NewtonRaphson_NumericalJacobian;
+@Theta 1.;
+
+@MaterialProperty real young;
+young.setGlossaryName("YoungModulus");
+@MaterialProperty real nu;
+nu.setGlossaryName("PoissonRatio");
+@MaterialProperty real kappa;
+@MaterialProperty real beta;
+
+@StateVariable real pla_mult;
+@StateVariable real a;
+
+@LocalVariable stress lambda;
+@LocalVariable stress mu;
+@LocalVariable stress Fel;
+@LocalVariable StressStensor s0;
+
+@InitLocalVariables
+{
+ lambda = computeLambda(young, nu);
+ mu = computeMu(young, nu);
+ StressStensor sigel(lambda * trace(eel + deto) * Stensor::Id() +
+ 2 * mu * (eel + deto));
+ const auto s_dev = deviator(sigel);
+ const stress J2 = (s_dev | s_dev) / 2.;
+ const stress I1 = trace(sigel);
+
+ Fel = sqrt(J2) + beta * I1 - kappa;
+}
+
+@ComputeStress
+{
+ sig = (lambda * trace(eel) * Stensor::Id() + 2 * mu * eel);
+}
+
+@Integrator
+{
+ Stensor s_dev = deviator(sig);
+
+ if (Fel > 0)
+ {
+ Stensor nq = sqrt(3.) / 2. / sigmaeq(sig) * s_dev;
+ Stensor np = 1.0 * Stensor::Id();
+
+ const auto yield =
+ sqrt((s_dev | s_dev) / 2.) + beta * trace(sig) - kappa;
+
+ const auto dev_flow = 1.0;
+ const auto iso_flow = beta;
+
+ feel = deel - deto + dpla_mult * (nq * dev_flow + np * iso_flow);
+ fpla_mult = yield / young;
+ fa = da - sqrt(2. / 3. * (dpla_mult * (nq * dev_flow + np * iso_flow)) |
+ (dpla_mult * (nq * dev_flow + np * iso_flow)));
+ }
+ else
+ {
+ feel = deel - deto;
+ }
+}
+
+@TangentOperator
+{
+ if ((smt == ELASTIC) || (smt == SECANTOPERATOR))
+ {
+ computeElasticStiffness<N, Type>::exe(Dt, lambda, mu);
+ }
+ else if (smt == CONSISTENTTANGENTOPERATOR)
+ {
+ StiffnessTensor De;
+ Stensor4 Je;
+ computeElasticStiffness<N, Type>::exe(De, lambda, mu);
+ getPartialJacobianInvert(Je);
+ Dt = De * Je;
+ }
+ else
+ {
+ return false;
+ }
+}
diff --git a/Tests/Data/Mechanics/Ehlers/MFront/DruckerPrager.mfront b/Tests/Data/Mechanics/Ehlers/MFront/DruckerPrager.mfront
deleted file mode 100644
index b6a5571748a8b3ed43b1f3b402da321050af8aab..0000000000000000000000000000000000000000
--- a/Tests/Data/Mechanics/Ehlers/MFront/DruckerPrager.mfront
+++ /dev/null
@@ -1,72 +0,0 @@
-@Parser Implicit;
-@Behaviour DruckerPrager;
-@Algorithm NewtonRaphson_NumericalJacobian;
-@Theta 1.;
-
-@MaterialProperty real young;
-young.setGlossaryName("YoungModulus");
-@MaterialProperty real nu;
-nu.setGlossaryName("PoissonRatio");
-@MaterialProperty real kappa;
-@MaterialProperty real beta;
-
-@StateVariable real pla_mult;
-@StateVariable real a;
-
-@LocalVariable stress lambda;
-@LocalVariable stress mu;
-@LocalVariable stress Fel;
-@LocalVariable StressStensor s0;
-
-@InitLocalVariables {
- lambda = computeLambda(young, nu);
- mu = computeMu(young, nu);
- StressStensor sigel(lambda * trace(eel + deto) * Stensor::Id() +
- 2 * mu * (eel + deto));
- const auto s_dev = deviator(sigel);
- const stress J2 = (s_dev|s_dev)/2.;
- const stress I1 = trace(sigel);
-
- Fel = sqrt(J2) + beta * I1 - kappa;
-}
-
-@ComputeStress {
- sig = (lambda * trace(eel) * Stensor::Id() + 2 * mu * eel);
-}
-
-@Integrator {
- Stensor s_dev = deviator(sig);
-
- if (Fel > 0) {
- Stensor nq = sqrt(3.)/2./sigmaeq(sig)*s_dev;
- Stensor np = 1.0 * Stensor::Id();
-
- const auto yield = sqrt((s_dev|s_dev)/2.) + beta * trace(sig) - kappa;
-
- const auto dev_flow = 1.0;
- const auto iso_flow = beta;
-
- feel =
- deel - deto + dpla_mult * (nq * dev_flow + np * iso_flow);
- fpla_mult = yield / young;
- fa = da - sqrt(2. / 3. * (dpla_mult * (nq * dev_flow + np * iso_flow)) |
- (dpla_mult * (nq * dev_flow + np * iso_flow)));
-
- } else {
- feel = deel - deto ;
- }
-}
-
-@TangentOperator {
- if ((smt == ELASTIC) || (smt == SECANTOPERATOR)) {
- computeElasticStiffness<N, Type>::exe(Dt, lambda, mu);
- } else if (smt == CONSISTENTTANGENTOPERATOR) {
- StiffnessTensor De;
- Stensor4 Je;
- computeElasticStiffness<N, Type>::exe(De, lambda, mu);
- getPartialJacobianInvert(Je);
- Dt = De * Je;
- } else {
- return false;
- }
-}
diff --git a/Tests/Data/Mechanics/Ehlers/MFront/DruckerPrager.so b/Tests/Data/Mechanics/Ehlers/MFront/DruckerPrager.so
deleted file mode 100755
index a311106f008e899cd4c8fe9eb3146de01d08ee50..0000000000000000000000000000000000000000
Binary files a/Tests/Data/Mechanics/Ehlers/MFront/DruckerPrager.so and /dev/null differ
diff --git a/Tests/Data/Mechanics/Ehlers/MFront/cube_1e0_dp.prj b/Tests/Data/Mechanics/Ehlers/MFront/cube_1e0_dp.prj
index 936c3b4fbad43f6ce2affa1bf0feccb39afe8c05..37a43241e6dd7abe8426e7e5b183e3fcfecbf0e7 100644
--- a/Tests/Data/Mechanics/Ehlers/MFront/cube_1e0_dp.prj
+++ b/Tests/Data/Mechanics/Ehlers/MFront/cube_1e0_dp.prj
@@ -9,7 +9,6 @@
<integration_order>2</integration_order>
<constitutive_relation>
<type>MFront</type>
- <library>DruckerPrager.so</library>
<behaviour>DruckerPrager</behaviour>
<material_properties>
<material_property name="YoungModulus" parameter="E"/>
diff --git a/Tests/Data/ThermoMechanics/BDT/bdt.mfront b/Tests/Data/ThermoMechanics/BDT/bdt.mfront
deleted file mode 100644
index 8ba480df97ec7010735d29d06f577e49dfd3b58a..0000000000000000000000000000000000000000
--- a/Tests/Data/ThermoMechanics/BDT/bdt.mfront
+++ /dev/null
@@ -1,148 +0,0 @@
-@Parser Implicit;
-@Behaviour BDT;
-@Algorithm NewtonRaphson_NumericalJacobian;
-@Theta 1.;
-
-@MaterialProperty real young;
-young.setGlossaryName("YoungModulus");
-@MaterialProperty real nu;
-nu.setGlossaryName("PoissonRatio");
-@MaterialProperty thermalexpansion alpha;
-alpha.setGlossaryName("ThermalExpansion");
-@MaterialProperty real f_c;
-@MaterialProperty real m_0;
-@MaterialProperty real alpha_p;
-@MaterialProperty real n_exp_T;
-@MaterialProperty real q_h0;
-@MaterialProperty real chi_h;
-@MaterialProperty real alpha_d;
-@MaterialProperty real h_d;
-@MaterialProperty real Qact;
-@MaterialProperty real A_creep;
-@MaterialProperty real n_creep;
-@MaterialProperty real El_1;
-@MaterialProperty real El_2;
-@MaterialProperty real El_3;
-@MaterialProperty real at_1;
-@MaterialProperty real at_2;
-@MaterialProperty real at_3;
-
-@StateVariable real pla_mult;
-@StateVariable real a;
-@StateVariable real dam;
-@StateVariable real Rv;
-@StateVariable real triax_p;
-@StateVariable real vp;
-
-@LocalVariable stress lambda;
-@LocalVariable stress mu;
-@LocalVariable stress Fel;
-@LocalVariable StressStensor s0;
-
-// @Parameter Tref;
-// Tref.setDefaultValue(293.15);
-
-@InitLocalVariables {
- auto const T_Celsius = T - 273.15;
-
- const auto y2 = El_1 * power<2>(T_Celsius) + El_2 * T_Celsius + El_3;
- lambda = computeLambda(young * y2, nu);
- mu = computeMu(young * y2, nu);
- StressStensor sigel(lambda * trace(eel + deto) * Stensor::Id() +
- 2 * mu * (eel + deto)); // StresssStensor in Tutorial
- const auto s_dev = deviator(sigel);
- // J2 = (s_dev|s_dev)/2.; //defines double contraction
- const stress seq = sigmaeq(s_dev);
- const stress I1 = trace(sigel);
- const auto aux = (seq + I1) / (3. * f_c);
-
- const auto aux_ex = (1. - 1. / n_exp_T);
- const auto aux_arg = 1 + pow(alpha_p * (T_Celsius - 10.), n_exp_T);
-
- Rv = max(at_1 * T_Celsius + at_2 * I1 / 3. + at_3, 1.0e-4);
- auto Rpel = -(1. - q_h0) * pow((a + vp) / Rv, 2) +
- 2. * (1. - q_h0) * (a + vp) / Rv + q_h0;
- if ((a + vp) > Rv)
- Rpel = 1.0;
-
- const auto q_h = Rpel / (pow(aux_arg, aux_ex));
-
- Fel = power<2>((1. - q_h) * power<2>(aux) + seq / f_c) +
- (m_0 * aux - 1) * power<2>(q_h);
-}
-
-@ComputeStress {
- sig = (1 - dam) * (lambda * trace(eel) * Stensor::Id() + 2 * mu * eel);
-}
-
-@Integrator {
- auto const T_Celsius = T - 273.15;
-
- Stensor nvp = Stensor(0.);
- Stensor s_dev = deviator(sig / (1 - dam));
- const stress seq = sigmaeq(s_dev);
-
- if (seq > 1.e-15) {
- nvp = 1.5 * s_dev / seq;
- }
- fvp -= dt * A_creep * exp(-Qact / 8.3144598 / T_Celsius) * pow(seq, n_creep);
-
- if (Fel > 0) {
- const real pla_mult_ = pla_mult + theta * dpla_mult;
- Stensor nq = s_dev;
- Stensor np = 1.0 * Stensor::Id();
- const auto aux = (seq + trace(sig / (1 - dam))) / (3. * f_c);
-
- const auto aux_ex = (1. - 1. / n_exp_T);
- const auto aux_arg = 1 + pow(alpha_p * (T_Celsius - 10), n_exp_T);
- real a_;
- real dam_;
- real vp_;
-
- a_ = a + theta * da;
- dam_ = dam + theta * ddam;
- vp_ = vp + theta * dvp;
- Rv = max(at_1 * T_Celsius + at_2 * trace(sig / (1 - dam)) / 3. + at_3, 1.0e-4);
- auto Rp_ = -(1. - q_h0) * pow((a_ + vp_) / Rv, 2) +
- 2. * (1. - q_h0) * (a_ + vp_) / Rv + q_h0;
- if ((a_ + vp_) > Rv)
- Rp_ = 1.0;
- const auto q_h = Rp_ / (pow(aux_arg, aux_ex));
-
- const auto yield = power<2>((1. - q_h) * power<2>(aux) + seq / f_c) +
- (m_0 * aux - 1) * power<2>(q_h);
-
- const auto big_aux = power<2>(aux) * (1 - q_h) + seq / f_c;
- const auto dev_flow =
- power<2>(q_h) * m_0 / (2. * f_c * seq) +
- 2. * ((1 - q_h) * aux / (f_c * seq) + 3. / (2. * f_c * seq)) * big_aux;
- const auto iso_flow = power<2>(q_h) * m_0 / (3. * f_c) +
- 4. * (1. - q_h) * aux / (3. * f_c) * big_aux;
-
- feel =
- deel - deto + dpla_mult * (nq * dev_flow + np * iso_flow) + dvp * nvp;
- fpla_mult = yield / young;
- fa = da - sqrt(2. / 3. * (dpla_mult * (nq * dev_flow + np * iso_flow)) |
- (dpla_mult * (nq * dev_flow + np * iso_flow)));
- triax_p = iso_flow / dev_flow;
-
- dam = max(min(1 - exp(-(((a + vp) - Rv) / alpha_d)), 1.0), 0.0);
- sig = (1 - dam) * sig;
- } else {
- feel = deel - deto + dvp * nvp;
- }
-}
-
-@TangentOperator {
- if ((smt == ELASTIC) || (smt == SECANTOPERATOR)) {
- computeElasticStiffness<N, Type>::exe(Dt, lambda, mu);
- } else if (smt == CONSISTENTTANGENTOPERATOR) {
- StiffnessTensor De;
- Stensor4 Je;
- computeElasticStiffness<N, Type>::exe(De, lambda, mu);
- getPartialJacobianInvert(Je);
- Dt = De * Je;
- } else {
- return false;
- }
-}
diff --git a/Tests/Data/ThermoMechanics/BDT/cube_1e0_bdt.prj b/Tests/Data/ThermoMechanics/BDT/cube_1e0_bdt.prj
index 0719b16c569438c1321f7112e1117f9a3560a042..6efa350a3df47546c3bad3e518134bcfda47758b 100644
--- a/Tests/Data/ThermoMechanics/BDT/cube_1e0_bdt.prj
+++ b/Tests/Data/ThermoMechanics/BDT/cube_1e0_bdt.prj
@@ -9,7 +9,6 @@
<integration_order>2</integration_order>
<constitutive_relation>
<type>MFront</type>
- <library>libBehaviour.so</library>
<behaviour>BDT</behaviour>
<material_properties>
<material_property name="YoungModulus" parameter="E"/>
diff --git a/Tests/Data/ThermoMechanics/LinearMFront/cube_1e0_lin.prj b/Tests/Data/ThermoMechanics/LinearMFront/cube_1e0_lin.prj
index 1641b3dd5698f5f99177c49bf23d5da4962c4d15..cf3dcc9c588b8ce3fc497e154377a559e8d53513 100644
--- a/Tests/Data/ThermoMechanics/LinearMFront/cube_1e0_lin.prj
+++ b/Tests/Data/ThermoMechanics/LinearMFront/cube_1e0_lin.prj
@@ -9,7 +9,6 @@
<integration_order>2</integration_order>
<constitutive_relation>
<type>MFront</type>
- <library>libBehaviour.so</library>
<behaviour>Elasticity</behaviour>
<material_properties>
<material_property name="YoungModulus" parameter="E"/>
diff --git a/Tests/Data/ThermoMechanics/LinearMFront/elasticity.mfront b/Tests/Data/ThermoMechanics/LinearMFront/elasticity.mfront
deleted file mode 120000
index 5b5479bafded1f2fccc30bd08d5805ef3dad2aaa..0000000000000000000000000000000000000000
--- a/Tests/Data/ThermoMechanics/LinearMFront/elasticity.mfront
+++ /dev/null
@@ -1 +0,0 @@
-../../Mechanics/Linear/MFront/disc_with_hole/elasticity.mfront
\ No newline at end of file
diff --git a/Tests/Data/ThermoMechanics/LinearMFront/libBehaviour.so b/Tests/Data/ThermoMechanics/LinearMFront/libBehaviour.so
deleted file mode 100755
index 93632cd232f2d286a7400d749ef622ae8b81f758..0000000000000000000000000000000000000000
Binary files a/Tests/Data/ThermoMechanics/LinearMFront/libBehaviour.so and /dev/null differ