IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

'Exploring Software approaches in

simulating bending-active systems‘

Riccardo La MagnaJulian Lienhard

Anna BauerPhilipp Längst

Gregory Quinn

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Mesh based FEM Sofistik

Nurbs based IGA Carat++

Vector based DR Kangaroo

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Mesh based FEM Sofistik

FRIDAY 22.09.2017 9:00 – 18:00Riccardo La Magna, Julian Lienhard

Nurbs based IGA Carat++

SATURDAY 23.09.2017 9:00 – 18:00Anna Bauer, Philipp Längst

Vector based DR Kangaroo

SUNDAY 24.09.2017 9:00 – 15:00Gregory Quinn

Final comparing round and discussion

SUNDAY 24.09.2017 15:30 – 18:00all

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Tutorials Day 1: Mesh based FEM Sofistik

5P Sail with GFRP rod

Complex textile hybrid

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Tutorials Day 1: Mesh based FEM Sofistik

Bending Plates

Bending Plates

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Tutorials Day 1: Mesh based FEM Sofistik

Pringle

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Bending with IGAusing Kiwi3d

1001 3

1002 4

1003 5

1004 2

1

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Kiwi3d

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Kiwi3d

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Kiwi3d

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Kiwi3d

Setup a Model:

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

5-Point Sail with Beam

Formfinding Steps: 10

Membrane: t = 0.001m

Prestress: 0.1 kN/m²

Cable: D = 0.01m

Prestress: 15kN

Beam: D = 0.007m

Tutorials Day 2: Nurbs based IGA Carat++

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

2 Strips

Tutorials Day 2: Nurbs based IGA Carat++

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Tutorials Day 2: Nurbs based IGA Carat++

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Tutorials Day 2: Nurbs based IGA Carat++

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Tutorials Day 2: Nurbs based IGA Carat++

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Tutorials Day 3: Vector based DR Kangaroo

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Tutorials Day 3: Vector based DR Kangaroo

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Tutorials Day 3: Vector based DR Kangaroo

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Benchmark: ONE challenge THREE teams

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Benchmark: TEAM Sofistik

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Benchmark: TEAM Sofistik

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Benchmark: TEAM Kangaroo

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Benchmark: TEAM Kangaroo

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Benchmark: TEAM IGA Kiwi3D

IASS 2017 Master Class: 'Exploring Software approaches in simulating bending-active systems‘

Benchmark: TEAM IGA Kiwi3D