Del. no.

Deliverable title

WP no.

Lead beneficiary no.

Delivery date

(month)

 

D1.1.

Report with Scalability test

1

2

6

D1.2.

Report with the scalability assessment of available codes

1

4

6

D2.1.

Study, evaluation and installation supercomputing ‘generic tools’

2

2

12

D2.2.

Available math libraries for the exascale

2

3b

24

D2.3.

Identification of commonality developments

2

3b

24

D3.1.

Pre-processing algorithms

3

5

12

D3.2.

Algorithms for mesh generation, including commonality developments

3

1

12

D3.3.

Algorithms for mesh splitting and domain decomposition, including commonality developments

3

4

18

D4.1.

Collection of fluid solvers for simple cases, including description of commonality developments

4

3a

18

D4.2.

Collection of fluid solvers for complex cases with changing topology, including description of commonality developments

4

1

24

D4.3.

Collection of explicit dynamics solvers for parallel machines, including description of commonality developments

4

1

18

D4.4.

Collection of algorithms for implicit dynamics solvers machines towards the exascale, including description of commonality developments

4

4

24

D5.1.

Scalable, parallel fluid –structure interaction solver, including description of commonality developments

5

1

30

D5.2.

Scalable, parallel thermal –mechanical solver, including description of commonality developments

5

3a

30

D5.3.

Scalable, parallel magnetohydrodynamics solver, including description of commonality developments

5

1

24

D6.1.

Collection of deterministic optimization solvers, , including description of commonality developments

6

4

18

D6.2.

Collection of stochastic optimization solvers, including description of commonality developments

6

4

24

D7.1.

Post-processing algorithms, including description of commonality developments

7

1

30

D8.1.

Evaluation and installation of benchmarking tools, including description of commonality developments

8

3b

18

D8.2.

Analysis of software packages including initial scaling behaviour

8

2

30

D8.3.

Software prototypes with hardware specific enhancements for different platforms

8

2

30

D9.1.

Report of applications to fluid-structure interactions problems

9

1

36

D9.2.

Report of applications to advance materials design

9

4

36

D9.3.

Report of applications to physical phenomena in fusion reactors

9

1

36

D9.4.

Report of applications to industrial codes for the manufacturing industry

9

5

36

D10.1.

Guidelines for use of the NUMEXAS codes

10

3a

36

D10.2.

Guidelines for future development of NUMEXAS modules

10

1

36

D11.1-2.

Dissemination and Exploitation plan

11

1

9, 30

D12.1.

Collaborative Web Portal

12

1

6

D12.2-3-4.

Periodic technical, administrative and financial reports

12

1

12, 24, 36

Tuesday, May 23, 2017
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The research leading to these results has received funding from the European Community's Seventh Framework Programme under grant agreement n° 611636