| Chapter 1 |
Modeling And Simulation Of Biomedical Systems |
| Chapter 2 |
Bioheat Transfer |
| Chapter 3 |
Physical And Flow Properties Of Blood |
| Chapter 4 |
Respiratory Mechanics And Gas Exchange |
| Chapter 5 |
Biomechanics Of Human Movement |
| Chapter 6 |
Biomechanics Of The Musculoskeletal System |
| Chapter 7 |
Biodynamics: A Lagrangian Approach |
| Chapter 8 |
Bone Mechanics |
| Chapter 9 |
Finite-element Analysis |
| Chapter 10 |
Vibration, Mechanical Shock, And Impact |
| Chapter 11 |
Biopolymers |
| Chapter 12 |
Biomedical Composites |
| Chapter 13 |
Bioceramics |
| Chapter 14 |
Cardiovascular Biomaterials |
| Chapter 15 |
Orthopedic Biomaterials |
| Chapter 16 |
Biomaterials To Promote Tissue Regeneration |
| Chapter 17 |
Bioelectricity And Its Measurement |
| Chapter 18 |
Biomedical Signal Analysis |
| Chapter 19 |
Medical Product Design |
| Chapter 20 |
Cardiovascular Devices |
| Chapter 21 |
Design Of Respiratory Devices |
| Chapter 22 |
Design Of Controlled-release Drug Delivery Systems |
| Chapter 23 |
Sterile Medical Device Package Development |
| Chapter 24 |
Design Of Magnetic Resonance Systems |
| Chapter 25 |
Instrumentation Design For Ultrasonic Imaging |
| Chapter 26 |
The Principles Of X-ray Computed Tomography |
| Chapter 27 |
Nuclear Medicine Imaging Instrumentation |
| Chapter 28 |
Breast Imaging Systems: Design Challenges For Engineers |
| Chapter 29 |
Computer-integrated Surgery And Medical Robotics |
| Chapter 30 |
Technology And Disabilities |
| Chapter 31 |
Applied Universal Design |
| Chapter 32 |
Design Of Artificial Arms And Hands For Prosthetic Applications |
| Chapter 33 |
Design Of Artificial Limbs For Lower Extremity Amputees |
| Chapter 34 |
Home Modification Design |
| Chapter 35 |
Rehabilitators |
| Chapter 36 |
Clinical Engineering Overview |
| Chapter 37 |
Technology Planning For Health Care Institutions |
| Chapter 38 |
An Overview Of Health Care Facilities Planning |
| Chapter 39 |
Department/program Management |