Shaping natural and artificial intelligence
Search form
Search
Research
Bioengineering
Biofabrication
Neuro-Cardiovascular Intelligence Lab
Computational Physiology & Biomedical Instruments
Human Machine Social-Emotional Interaction
Human-Relevant Models
Wearable Monitoring Systems
Robotics
Embedded and Networked Control
Hands and Haptics
Mobile Robotics
Soft Robotics for Physical Human-Robot Interaction
Underwater Robotics
Results
Projects
Current projects
Completed Projects
Publications
Software
Spin-offs
Initiatives
Teaching
Media
News
Comunicati Stampa
Rassegna Stampa
Video
Newsletter
Contacts
About
About us
Where We Are
Positions
Documents
Purchases & requests
Safety
Visitors
People
Core Faculty
Post-Doc
Students
Administrative Staff
Stress of Shear, 2d vs 3D
You are here
Home
Thursday, 10 November, 2016
23dstressof_shear.pdf
Main menu
Research
Bioengineering
Biofabrication
Neuro-Cardiovascular Intelligence Lab
Computational Physiology & Biomedical Instruments
Human Machine Social-Emotional Interaction
Human-Relevant Models
Bulk and micro-scale viscoelastic properties
Compartmental Bioreactors for Mimicking Human Metabolism
Decellularised tissues
Engineered intestinal villi
LiveBox2 with TEER
MALI system for mimicking a breathing lung
Membrane Bioreactor
NanoBioJet system
Peristaltic bioreactor using actuating polymers
Physico-chemical and architectural properties
SUITE platform
Smart hydrogels
SpHyGa
Squeeze Pressure bioreactor
Tissue-derived ECM gels
Wearable Monitoring Systems
Robotics
Embedded and Networked Control
Hands and Haptics
Mobile Robotics
Soft Robotics for Physical Human-Robot Interaction
Underwater Robotics
Results
Projects
Current projects
Completed Projects
Publications
Software
Spin-offs
Initiatives
Teaching
Media
News
Comunicati Stampa
Comunicati Stampa
Rassegna Stampa
Video
Newsletter
Contacts
About
About us
Where We Are
Positions
Documents
Purchases & requests
Safety
Visitors
People
Core Faculty
Post-Doc
Students
Administrative Staff
