Add to ORKGThe objective of this project is to design and build a computer controlled testing system for planar biaxial stretching of soft connective tissues. The planar biaxial device designed in this paper has a four-axis control system as well as four components: a temperature-controlled testing chamber, a low friction sample attachment system, a stretching/force system, and a stress/strain measurement system. The device\u27s design is unique due to its low force capability (\u3c 0.5N), low cost (\u3c $15,000), and real-time computer control
Pressure ulcers occur when the tissue has capillary occlusion leading to necrosis and ultimately an ...
Cell delivery is a promising treatment for cardiac repair; however it is limited by low cellular eng...
Engineering of 3D scaffolds for tissue repair requires the ability to align cells to mimic cell orie...
Biaxial testing is needed to evaluate the varying mechanical properties of fibrous soft tissue. A cu...
Cyclic mechanical loading improves strength and extracellular matrix (ECM) synthesis in tissue engin...
The project goal was to design a device to study the effects of directional stretch on model wound t...
The goal of this project was to study the effect of low vimentin levels on the structure, mechanics,...
This thesis concentrates on RF/microwave characterization and modeling of planar spiral inductors an...
This project aims to study the formatin of highly ordered patterns f molecules on graphitic surfaces...
Years of research in the field of mechanobiology has shown mechanical forces, including tension and ...
Despite its common use in cell culture studies, polyacrylamide gel\u27s mechanical properties remain...
The goal of this project was to design a device compatible with real time image guidance that will e...
The goal of this design project was to create an optimal fixation system to stabilize the stifle joi...
This project focused on developing a haptic feedback control system for a transesophageal echocardio...
Prior clinical studies have investigated the mechanics of spinal rotation, distribution of impact st...
Pressure ulcers occur when the tissue has capillary occlusion leading to necrosis and ultimately an ...
Cell delivery is a promising treatment for cardiac repair; however it is limited by low cellular eng...
Engineering of 3D scaffolds for tissue repair requires the ability to align cells to mimic cell orie...
Biaxial testing is needed to evaluate the varying mechanical properties of fibrous soft tissue. A cu...
Cyclic mechanical loading improves strength and extracellular matrix (ECM) synthesis in tissue engin...
The project goal was to design a device to study the effects of directional stretch on model wound t...
The goal of this project was to study the effect of low vimentin levels on the structure, mechanics,...
This thesis concentrates on RF/microwave characterization and modeling of planar spiral inductors an...
This project aims to study the formatin of highly ordered patterns f molecules on graphitic surfaces...
Years of research in the field of mechanobiology has shown mechanical forces, including tension and ...
Despite its common use in cell culture studies, polyacrylamide gel\u27s mechanical properties remain...
The goal of this project was to design a device compatible with real time image guidance that will e...
The goal of this design project was to create an optimal fixation system to stabilize the stifle joi...
This project focused on developing a haptic feedback control system for a transesophageal echocardio...
Prior clinical studies have investigated the mechanics of spinal rotation, distribution of impact st...
Pressure ulcers occur when the tissue has capillary occlusion leading to necrosis and ultimately an ...
Cell delivery is a promising treatment for cardiac repair; however it is limited by low cellular eng...
Engineering of 3D scaffolds for tissue repair requires the ability to align cells to mimic cell orie...