Architectured Materials in Biology: an Evolutionary Viewpoint

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Speaker(s)

John Dunlop

Max Planck Institute of Colloids and Interfaces, Germany

Events

Filling Gaps in Materials Space: Challenges and Methods

Biological Materials: Lessons for Multiscale, Multifunction al and Adaptive Design

The Challenge of Impact Tolerance: Lessons in Multifunctional Architecture from Biological Mater…

Symposium

15 Oct 2013

12:00 to 12:30

Jean-Philippe Masse et Olivier Bouaziz

Examples of Steel Based Architectured Materials

Alternative Mineralised Skeletons Part 1-Overview

Alternative Mineralised Skeletons Part 2-Examples

Multimaterials and Architectured Materials for Medical Applications

Plant Material Adaptation

Shape Optimisation Methods for Architectured Materials Design

Symposium

15 Oct 2013

16:30 to 17:00

Natasha Vermaak et Georgios Michailidis

Shape Optimisation for Interface Design

Pattern of Shape Change Controlled by Eigenstrain Architectures

Architectured Materials in Biology: an Evolutionary Viewpoint

Speaker(s)

John Dunlop

Events

Filling Gaps in Materials Space: Challenges and Methods

Biological Materials: Lessons for Multiscale, Multifunction al and Adaptive Design

Microstrutural Design in Metallic Alloys

Top Down Processing of Metallic Architectured Materials

Designing Graded Microstructures via Phase Transformations

Sensors in Insects: from Entomology to Fluid Mechanics

Friction Stir Mixing to Process New Composite Materials

Potential of Additive Processing for Architectured Materials

Design Methods for Multimaterials

Designing Multifunctional Sandwiches

Architectured Materials in Building Insulation

Multimaterials Design for Electromagnetic Screening

Architectured Materials in Biology: an Evolutionary Viewpoint

Designing Architectural Materials for Functional Applications

The Challenge of Impact Tolerance: Lessons in Multifunctional Architecture from Biological Mater…

Examples of Steel Based Architectured Materials

Alternative Mineralised Skeletons Part 1-Overview

Alternative Mineralised Skeletons Part 2-Examples

Multimaterials and Architectured Materials for Medical Applications

Plant Material Adaptation

Shape Optimisation Methods for Architectured Materials Design

Shape Optimisation for Interface Design

Pattern of Shape Change Controlled by Eigenstrain Architectures

Concluding Remarks

See also