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Course
| Subject: | Bioengineering |
| Views: | 108,322 |
Educator
| Name: | University of California, Berkeley (UC Berkeley) |
| Type: | University |
Instructor
Name
Lisa Pruitt
Lecture Description
(May 9th) In this video lecture, Prof. Lisa Pruitt discusses Student Presentations once more.
Topics:
Total Knee Replacement (TKR). Fatigue Fracture of the Bolt. THR for child with osteosarcoma. Static analysis. TMJ implants: pediatrics device, design / proposal. Structure failure of pyrolytic carbon heart valves. Fracture and embolization of leaflets. Intraoperative and Postoperative failures. Cracks. Stent-graf holding valve in place. Fracture embolization of Duromedics Mitral Prosthesis: Device design, PMMA, UHMWPE. High strength TKR for professional or large athletes. Springs as schok absorbers
Course Index
- Course Overview
- Biocompatibility
- Orthopedics
- Case Study: Sulzer Recall
- Case Study: Hip Implant Corrosion
- Final Project Outline
- Case Study: Sterilization
- Wear in Total Joint Replacements
- Total Shoulder Replacements and Contact Stress
- Contact Stress in Devices
- Guest Lecture: Dr. Michael Ries
- UHMWPE Fatigue
- Fatigue Design
- Guest Lecture: Dr. Andy Kohm
- Defect Tolerant Philosophy
- Guest Lecture: Professor Rob Ritchie
- Dental Materials
- Guest Lecture: Vascular Mechanics
- In Class Demonstrations: Knee, HIp, Dental, Cardio
- Guest Lecture: Dr. Scott Robertson
- Guest Lecture: Dr. Alan Pelton
- Soft Tissue Reconstruction
- Exam Solutions
- Student Presentations I
- Student Presentations II
Course Description
This course of UC Berkeley - Bio Engineering/ME C117: Structural Aspects of Biomaterials - provides an overview of medical devices, FDA regulatory issues, biocompatibility and sterilization technology. It examines biomechanical properties: isotropy/anisotropy, stiffness, bending stresses, contact stresses, multiaxial loading, plasticity, fatigue, fracture, wear, corrosion, design issues. Also covered: Orthopedics, Dental, Cardiovascular, and Soft Tissue Reconstruction.Professor Pruitt's current research is focused on fatigue and fracture micromechanisms, cyclic damage zones, and evolution of structure due to cyclic loading and environment in advanced polymers and biomaterials.
