Make dcdd shock capture optional for heat transfer (chaos-polymtl#1268)

Description
DCDD stabilization was always used for the heat equation. DCDD usage sometimes lead to results that were not expected. More investigation will be needed in the future to understand what is the effect of adding the DCDD stabilization.

DCDD is now disabled by default. A new assembler has been created in order to take it into account.

Testing
Modified existing tests using heat transfer.

Co-authored-by: Bruno Blais <blais.bruno@gmail.com>
Former-commit-id: b6090ce

CHANGELOG.md

@@ -3,6 +3,12 @@
 All notable changes to the Lethe project will be documented in this file.
 The format is based on [Keep a Changelog](http://keepachangelog.com/).
 
+## [Master] - 2024-08-29
+
+### Changed
+
+- MINOR Rendered discontinuity-capturing directional dissipation optional for the heat transfer. [#1268](https://github.com/chaos-polymtl/lethe/pull/1268)
+
 ## [Master] - 2024-08-27
 
 ### Changed

applications_tests/lethe-fluid/cavity_ht_average_velocity_as_initial_condition.mpirun=1.output

@@ -13,43 +13,43 @@ Initial condition using average velocity profile
    Number of thermal degrees of freedom: 4225
    Number of VOF degrees of freedom: 4225
 Temperature statistics on fluid : 
-             Min : 0
-             Max : 0.788675
-         Average : 0.00769043
-         Std-Dev : 0.0709978
+	     Min : 0
+	     Max : 0.788675
+	 Average : 0.00769043
+	 Std-Dev : 0.0709978
 
 *******************************************************************************
 Transient iteration: 1        Time: 0.1      Time step: 0.1      CFL: 0       
 *******************************************************************************
 Temperature statistics on fluid : 
-             Min : 2.7801e-17
-             Max : 0.946974
-         Average : 0.0360919
-         Std-Dev : 0.136556
+	     Min : 2.2789e-17
+	     Max : 0.922141
+	 Average : 0.0310477
+	 Std-Dev : 0.121336
 
 *******************************************************************************
 Transient iteration: 2        Time: 0.2      Time step: 0.1      CFL: 5.27749 
 *******************************************************************************
 Temperature statistics on fluid : 
-             Min : 2.98746e-16
-             Max : 0.976436
-         Average : 0.0532096
-         Std-Dev : 0.165839
+	     Min : 2.4991e-16
+	     Max : 0.964069
+	 Average : 0.0460612
+	 Std-Dev : 0.14901
 
 *******************************************************************************
 Transient iteration: 3        Time: 0.3      Time step: 0.1      CFL: 15.8325 
 *******************************************************************************
 Temperature statistics on fluid : 
-             Min : 1.99946e-15
-             Max : 0.982787
-         Average : 0.0654717
-         Std-Dev : 0.182144
+	     Min : 1.67295e-15
+	     Max : 0.976503
+	 Average : 0.0579197
+	 Std-Dev : 0.166727
 
 *******************************************************************************
 Transient iteration: 4        Time: 0.4      Time step: 0.1      CFL: 15.8325 
 *******************************************************************************
 Temperature statistics on fluid : 
-             Min : 1.0449e-14
-             Max : 0.985964
-         Average : 0.0758285
-         Std-Dev : 0.194116
+	     Min : 8.70109e-15
+	     Max : 0.982048
+	 Average : 0.0681518
+	 Std-Dev : 0.179897

applications_tests/lethe-fluid/gls_droplet_marangoni_effect.output

@@ -26,13 +26,13 @@ Enstrophy  : 299.29
 Kinetic energy : 0.0039173
 
 *******************************************************************************
-Transient iteration: 4        Time: 0.004    Time step: 0.001    CFL: 0.309984
+Transient iteration: 4        Time: 0.004    Time step: 0.001    CFL: 0.309985
 *******************************************************************************
-Enstrophy  : 513.68
-Kinetic energy : 0.0079425
+Enstrophy  : 513.69
+Kinetic energy : 0.0079426
 
 *******************************************************************************
-Transient iteration: 5        Time: 0.005    Time step: 0.001    CFL: 0.403155
+Transient iteration: 5        Time: 0.005    Time step: 0.001    CFL: 0.403157
 *******************************************************************************
 Enstrophy  : 705.36
 Kinetic energy : 0.012344

applications_tests/lethe-fluid/heat_transfer_ale_bar.output

@@ -7,9 +7,9 @@ Running on 1 MPI rank(s)...
 *****************************
 Steady iteration:        1/1
 *****************************
-L2 error velocity : 3.99229e-09
-L2 error temperature : 3.66401e-17
+L2 error velocity : 3.90823e-09
+L2 error temperature : 3.53821e-17
 cells error_velocity error_pressure 
- 1024 3.992290e-09 - 5.353477e-08 - 
+ 1024 3.908229e-09 - 5.203464e-08 - 
 cells error_temperature 
- 1024 3.664015e-17    - 
+ 1024 3.538213e-17    - 

applications_tests/lethe-fluid/heat_transfer_phase_change_constrain_solid_domain.output

@@ -27,5 +27,5 @@ Total pressure drop: 0.000387415 Pa
 *********************************************************************************
 Transient iteration: 4        Time: 0.04     Time step: 0.01     CFL: 0.00018059
 *********************************************************************************
-Pressure drop: -5.18862e-05 Pa
-Total pressure drop: -5.18862e-05 Pa
+Pressure drop: -5.18939e-05 Pa
+Total pressure drop: -5.18939e-05 Pa

applications_tests/lethe-fluid/heat_transfer_phase_change_constrain_solid_domain_with_plane.output

@@ -27,5 +27,5 @@ Total pressure drop: -0.000383511 Pa
 **********************************************************************************
 Transient iteration: 4        Time: 0.04     Time step: 0.01     CFL: 0.000178358
 **********************************************************************************
-Pressure drop: 7.23862e-06 Pa
-Total pressure drop: 7.23862e-06 Pa
+Pressure drop: 7.24257e-06 Pa
+Total pressure drop: 7.24257e-06 Pa