WhatIsWhat.txt

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| O V E R V I E W   O F   T H E   E X A M P L E S   I N   T H E   O p e n C M I S S - E x a m p l e s   F O L D E R |
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  Thomas Heidlaufs original short description        | -   How 'we' call the models:
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  1: active strain simple                            | -   ActiveStrain
  2: multiscale active strain, mechanics only        | -   ActiveStrainMechanics
( 3: multiscale and multiphysics active strain       | -   MultiPhysStrain          )
  4: titin                                           | -   Titin
  5: titin heterogeneous material properties         | -   Titin_hetero
  3a*: multiscale and multiphysics active strain     | -   cuboid
      (old mechanics formulation)                    |
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  other test examples | and description:

 # Simple_titin | simplyfied example 4 (titin). Aaron uses this one - for better overview when handling / reconfigureing deeper object structures.
 # ActiveStrainMechanics_BDF and -GL | versions under construction. Apply different ode methods.
 # flow_channel | 2D Navier-Stokes flow in channel with parabolic inflow
 # coupled_laplace | Laplace equations on two regions coupled via interface with Lagrange multiplier / continuity operator

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*: 3a is similar to 3, However, it works in parallel in contrary to 3. On the other hand, 3 is
(according to Thomas H.) generally more stable in numerical sense. 3a contains incorrect
initialisation in parallel executions.
Example 'cuboid' includes 3a as well as 3. This can be chosen via a constant in line 76 (.TRUE. = 3a, .FALSE. = 3):
   LOGICAL, PARAMETER :: OLD_TOMO_MECHANICS = .TRUE.