diff --git a/doc/dev-doc/manual/appendix/material-parameters.rst b/doc/dev-doc/manual/appendix/material-parameters.rst
index c02048356..622aef2cd 100644
--- a/doc/dev-doc/manual/appendix/material-parameters.rst
+++ b/doc/dev-doc/manual/appendix/material-parameters.rst
@@ -1,138 +1,150 @@
 .. _app-material-parameters:
 
 Material Parameters
 ===================
 
 Linear elastic isotropic
 ------------------------
 
 Keyword: :ref:`elastic <sect-smm-linear-elastic-isotropic>`
 
 Parameters:
 
 - ``rho``: (*Real*) Density
 - ``E``: (*Real*) Young's modulus
 - ``nu``: (*Real*) Poisson's ratio
 - ``Plane_stress``: (*bool*) Plane stress simplification (only 2D problems)
 
 Energies:
 
 - ``potential``: elastic potential energy
 
 
 Linear elastic anisotropic
 --------------------------
 
 Keyword: :ref:`elastic_anisotropic <sect-smm-linear-elastic-anisotropic>`
 
 Parameters:
 
 - ``rho``: (*Real*) Density
 - ``n1``: (*Vector<Real>*) Direction of main material axis
 - ``n2``: (*Vector<Real>*) Direction of second material axis
 - ``n3``: (*Vector<Real>*) Direction of third material axis
 - ``C..``: (*Real*) Coefficient ij of material tensor C (all the 36 values in
   Voigt notation can be entered)
 - ``alpha``: (*Real*) Viscous propertion (default is 0)
 
 
-Linear elastic anisotropic
-------------------------
+Linear elastic orthotropic
+--------------------------
 
 Keyword: :ref:`elastic_orthotropic <sect-smm-linear-elastic-orthotropic>`
 
 Parameters:
 
 - ``rho``: (*Real*) Density
 - ``n1``: (*Vector<Real>*) Direction of main material axis
 - ``n2``: (*Vector<Real>*) Direction of second material axis (if applicable)
 - ``n3``: (*Vector<Real>*) Direction of third material axis (if applicable)
 - ``E1``: (*Real*) Young's modulus (n1)
 - ``E2``: (*Real*) Young's modulus (n2)
 - ``E3``: (*Real*) Young's modulus (n3)
 - ``nu1``: (*Real*) Poisson's ratio (n1)
 - ``nu2``: (*Real*) Poisson's ratio (n2)
 - ``nu3``: (*Real*) Poisson's ratio (n3)
 - ``G12``: (*Real*) Shear modulus (12)
 - ``G13``: (*Real*) Shear modulus (13)
 - ``G23``: (*Real*) Shear modulus (23)
 
 
 Neohookean (finite strains)
 ---------------------------
 
 Keyword: :ref:`neohookean <sect-smm-cl-neohookean>`
 
 Parameters:
 
 - ``rho``: (*Real*) Density
 - ``E``: (*Real*) Young's modulus
 - ``nu``: (*Real*) Poisson's ratio
 - ``Plane_stress``: (*bool*) Plane stress simplification (only 2D problems)
 
 
 Standard linear solid
 ---------------------
 
 Keyword: :ref:`sls_deviatoric <sect-smm-cl-sls>`
 
 Parameters:
 
 - ``rho``: (*Real*) Density
 - ``E``: (*Real*) Young's modulus
 - ``nu``: (*Real*) Poisson's ratio
 - ``Plane_stress``: (*bool*) Plane stress simplification (only 2D problems)
 - ``Eta``: (*Real*) Viscosity
 - ``Ev``: (*Real*) Stiffness of viscous element
 
+Energies:
+
+- ``dissipated``: energy dissipated with viscosity
+
 
 Elasto-plastic linear isotropic hardening
 -----------------------------------------
 
 Keyword: :ref:`plastic_linear_isotropic_hardening <sect-smm-cl-plastic>`
 
 Parameters:
 
 - ``rho``: (*Real*) Density
 - ``E``: (*Real*) Young's modulus
 - ``nu``: (*Real*) Poisson's ratio
 - ``h``: (*Real*) Hardening modulus
 - ``sigma_y``: (*Real*) Yield stress
 
 Energies:
 
 - ``potential``: elastic part of the potential energy
 - ``plastic``: dissipated plastic energy (integrated over time)
 
 
 Marigo
 ------
 
 Keyword: :ref:`marigo <sect-smm-cl-damage-marigo>`
 
 Parameters:
 
 - ``rho``: (*Real*) Density
 - ``E``: (*Real*) Young's modulus
 - ``nu``: (*Real*) Poisson's ratio
 - ``Plane_stress``: (*bool*) Plane stress simplification (only 2D problems)
 - ``Yd``: (*Random*) Hardening modulus
 - ``Sd``: (*Real*) Damage energy
 
+Energies:
+
+- ``dissipated``: energy dissipated in damage
+
 
 Mazars
 ------
 
 Keyword: :ref:`mazars <sect-smm-cl-damage-mazars>`
 
 Parameters:
 
 - ``rho``: (*Real*) Density
 - ``E``: (*Real*) Young's modulus
 - ``nu``: (*Real*) Poisson's ratio
 - ``At``: (*Real*) Traction post-peak asymptotic value
 - ``Bt``: (*Real*) Traction decay shape
 - ``Ac``: (*Real*) Compression post-peak asymptotic value
 - ``Bc``: (*Real*) Compression decay shape
 - ``K0``: (*Real*) Damage threshold
 - ``beta``: (*Real*) Shear parameter
+
+Energies:
+
+- ``dissipated``: energy dissipated in damage