Toolbox::heat - Use Case Study

1. Environment

prefix

heat

keyword

heat

root repository

/data/cemosis/benchmark/toolboxes/heat/ThermalBridgesENISO10211/Case3/d0631d6d/ThermalBridgesENISO10211/

number of processus

64

2. Physics

2.1. heat

2.1.1. default

modeling

heat

type

heat

name

default

Equation

- div( k grad T ) = 0

3. Physics2

time mode

Stationary

4. Materials Properties

number of materials

5

4.1. Material : External_wall

Name Expression Symbol Shape Components

density

2000

materials_External_wall_rho

scalar

specific-heat-capacity

1000

materials_External_wall_Cp

scalar

thermal-conductivity

1

materials_External_wall_k

scalar

4.2. Material : Floor

Name Expression Symbol Shape Components

density

1000

materials_Floor_rho

scalar

specific-heat-capacity

800

materials_Floor_Cp

scalar

thermal-conductivity

1

materials_Floor_k

scalar

4.3. Material : Horizontal_structure

Name Expression Symbol Shape Components

density

5000

materials_Horizontal_structure_rho

scalar

specific-heat-capacity

600

materials_Horizontal_structure_Cp

scalar

thermal-conductivity

2.5

materials_Horizontal_structure_k

scalar

4.4. Material : Insulation

Name Expression Symbol Shape Components

density

200

materials_Insulation_rho

scalar

specific-heat-capacity

1000

materials_Insulation_Cp

scalar

thermal-conductivity

0.04

materials_Insulation_k

scalar

4.5. Material : Internal_wall

Name Expression Symbol Shape Components

density

1700

materials_Internal_wall_rho

scalar

specific-heat-capacity

800

materials_Internal_wall_Cp

scalar

thermal-conductivity

0.7

materials_Internal_wall_k

scalar

4.6. Multi-Materials

Name Expression Symbol Shape Components

density

concat(…​)

materials_rho

scalar

specific-heat-capacity

concat(…​)

materials_Cp

scalar

thermal-conductivity

concat(…​)

materials_k

scalar

5. Boundary Conditions

5.1. Convective Heat Flux

5.1.1. alpha

expr_h

h_alpha

expr_Text

T0_alpha

markers

alpha

5.1.2. beta

expr_h

h_beta

expr_Text

T0_beta

markers

beta

5.1.3. gamma

expr_h

h_gamma

expr_Text

T0_gamma

markers

gamma

6. Meshes

6.1. Mesh : heat

Discretization

/Mesh/heat

filename

/data/home/chabannes/datasets/feelpp_toolboxes/ThermalBridgesENISO10211/partitioning/case3/M1/case3_p64.json

6.1.1. Import configuration

mesh-filename

/data/home/chabannes/datasets/feelpp_toolboxes/ThermalBridgesENISO10211/partitioning/case3/M1/case3_p64.json

generate-partitioning

0

6.1.2. Discretization

dim

3

h_average

3.258463e-02

h_max

4.434795e-02

h_min

1.754546e-02

n_edges

1299920

n_elements

1058492

n_faces

2164759

n_partition

64

n_points

193654

order

1

real_dim

3

shape

Simplex_3_1_3
partition id n_elements n_elements_with_ghost n_faces n_edges n_points

0

16296

23529

33932

20970

3335

1

16277

22066

33888

20920

3310

2

16713

22571

34727

21398

3385

3

16716

21525

34873

21613

3457

4

16721

19008

35298

22248

3672

5

16388

20230

34535

21706

3560

6

16415

21826

34647

21837

3606

7

16146

18056

34061

21444

3530

8

16526

21119

34459

21333

3401

9

17023

19824

35649

22214

3589

10

16652

22226

34700

21465

3418

11

16695

20765

34810

21555

3441

12

16297

22022

33899

20910

3309

13

16292

21829

33899

20922

3316

14

16194

20328

33799

20950

3346

15

16605

21094

34679

21528

3455

16

16519

20915

34522

21443

3441

17

16474

19270

34504

21505

3476

18

16755

22050

34882

21547

3421

19

16543

20828

34554

21447

3437

20

16727

22234

34812

21485

3401

21

16465

21994

34313

21217

3370

22

16693

22861

34795

21517

3416

23

16484

20099

34417

21343

3411

24

16153

20001

33770

20990

3374

25

16604

22551

34607

21412

3410

26

16527

22406

34397

21232

3363

27

16276

21203

33935

21000

3342

28

16428

23674

34247

21204

3386

29

16427

22060

34249

21215

3394

30

16508

22974

34406

21288

3391

31

16439

23381

34363

21358

3435

32

16660

22320

34696

21430

3395

33

16660

20496

34741

21507

3427

34

16655

22823

34727

21495

3424

35

16067

21645

33478

20691

3281

36

16635

22454

34672

21443

3407

37

16598

20593

34654

21491

3436

38

16769

19599

35053

21788

3505

39

16634

20876

34714

21514

3435

40

16695

20110

34917

21719

3498

41

16253

18641

34181

21429

3502

42

16815

20743

35186

21898

3528

43

16543

21271

34579

21476

3441

44

16502

21456

34469

21384

3418

45

16677

20070

34932

21779

3525

46

16576

23761

34512

21327

3392

47

16632

21049

34692

21495

3436

48

16765

20967

34978

21675

3463

49

16411

21845

34133

21038

3317

50

16830

19596

35204

21898

3525

51

16421

21256

34326

21329

3425

52

16714

22243

35076

21934

3573

53

16740

22263

34968

21719

3492

54

16733

24309

34928

21674

3480

55

16742

22649

34874

21557

3426

56

16825

22549

34976

21548

3398

57

16799

23116

35062

21731

3469

58

16256

21530

33804

20834

3287

59

16255

20138

34018

21172

3410

60

16064

19991

33593

20878

3350

61

16252

21067

33935

21050

3368

62

16904

23438

35293

21888

3500

63

16432

21759

34201

21110

3342

6.1.3. Fields

7. Function Spaces

7.1. Temperature

mesh

/Mesh/heat

nSpace

1

7.1.1. Basis

is_continuous

1

nComponents

1

nComponents1

1

nComponents2

1

nLocalDof

20

name

lagrange

order

3

shape

scalar

7.1.2. Dof Table

extended-doftable

0

nDof

4958253
partition id nLocalDofWithGhost nLocalDofWithoutGhost nLocalGhost

0

79207

79207

0

1

79038

76835

2203

2

80908

79038

1870

3

81556

79836

1720

4

83466

83466

0

5

81507

78367

3140

6

81927

78755

3172

7

80479

77724

2755

8

80526

80526

0

9

83666

81205

2461

10

81048

77869

3179

11

81361

75810

5551

12

79028

78046

982

13

79059

72602

6457

14

79045

77085

1960

15

81190

75117

6073

16

80849

80849

0

17

80990

78772

2218

18

81397

78564

2833

19

80885

78445

2440

20

81183

81183

0

21

80117

75888

4229

22

81245

76471

4774

23

80514

76820

3694

24

79124

75957

3167

25

80841

75104

5737

26

80224

76614

3610

27

79277

73753

5524

28

80041

78129

1912

29

80073

75158

4915

30

80373

76064

4309

31

80514

74642

5872

32

80951

80951

0

33

81182

79132

2050

34

81141

77362

3779

35

78141

74636

3505

36

80965

78081

2884

37

81072

78731

2341

38

82134

80210

1924

39

81177

75290

5887

40

81853

81853

0

41

80541

78608

1933

42

82510

80610

1900

43

80972

78234

2738

44

80655

76544

4111

45

82015

78209

3806

46

80558

72881

7677

47

81118

75198

5920

48

81791

81791

0

49

79526

77722

1804

50

82525

82525

0

51

80409

75142

5267

52

82517

79083

3434

53

81898

76100

5798

54

81756

74856

6900

55

81414

74792

6622

56

81470

77134

4336

57

81993

78592

3401

58

78759

74186

4573

59

79772

75970

3802

60

78699

76946

1753

61

79403

74037

5366

62

82569

76251

6318

63

79763

72695

7068

8. Fields

8.1. temperature

base symbol

T

function space

/FunctionSpace/object-0

name

temperature

prefix symbol

heat
Name Expression Symbol Shape Components

eval of temperature

idv(.)

heat_T

scalar

norm2 of temperature

norm2(.)

heat_T_magnitude

scalar

grad of temperature

gradv(.)

heat_grad_T

vectorial [3]
Symbol Indices

heat_grad_T_0

0,0

heat_grad_T_1

0,1

heat_grad_T_2

0,2

normal derivative of temperature

dnv(.)

heat_dn_T

scalar

9. Algebraic Solver

9.1. Backend

prefix

heat

type

petsc

9.2. KSP

atol

1.000000e-50

dtol

1.000000e+05

maxit

1000

reuse-prec

0

rtol

1.000000e-08

type

gmres

9.3. SNES

atol

1.000000e-50

maxit

50

reuse-jac

0

rtol

1.000000e-08

stol

1.000000e-08

9.4. KSP in SNES

maxit

1000

reuse-prec

0

rtol

1.000000e-05

9.5. PC

type

gamg