(n)certainties – Die Angewandte – Fall 2008

MkD_robot concept04

October 25, 2008 · Leave a Comment

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MkD_scenario location03

October 25, 2008 · Leave a Comment

 

strategy:


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AO_workinprogress_first script

October 25, 2008 · Leave a Comment

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MRF_first_Simulation

October 24, 2008 · Leave a Comment

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VI_pres_21/10

October 23, 2008 · Leave a Comment

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VI_Subst

October 23, 2008 · Leave a Comment

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ds_prince ruppert

October 22, 2008 · Leave a Comment

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ds_substance

October 22, 2008 · Leave a Comment

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Gallery 1

October 21, 2008 · Leave a Comment

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MkD_robot concept03

October 20, 2008 · Leave a Comment

Robert Full on animal movement:

DESIGN SECRETS FROM NATURE:

1. Distribute control to smart parts – not all in brain, but in tuned feet legs and body;
2. Use hybrid solutions – integrated & robust;
3. Do NOT mimic nature, Be INSPIRED by Biology and use these novel principles with the best engineering solutions to make something better than nature.

 

 

The soft bag contains pockets to store the components of the chemical reaction. The “stomach”-membrane will squeeze the pockets to pump the fluids into the arms. 
Soft membrane movement system options:

1. inner skeleton+pneumatic system
2. EAP tissue 

 

About EAP:

Super Soldiers. Nano materials could provide future soldiers with super strength, protection against bioweapons and even a way to communicate covertly. 
by David Talbot, Technology review, october 2002.

Electroactive Polymers or EAPs are polymers whose shape is modified when a voltage is applied to them. They can be used as actuators or sensors. As actuators, they are characterized by being able to undergo a large amount of deformation while sustaining large forces. Due to the similarities with biological tissues in terms of achievable stress and force, they are often called artificial muscles, and have the potential for application in the field of robotics, where large linear movement is often needed.

From Wikipedia, the free encyclopedia

 

Growth time + junction behaviour

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