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What is
Biomedical Engineering? What is
Biotechnology? |
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STUDENT PROJECTS ON
ENGINEERING
BIOMECHANICS OF HUMAN BODY SYSTEMS:
Fluid Mechanics, Mechanics of Materials and Statics
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In each section of each course,
groups consisted of 2 to 5 students voluntarily. Each group was allowed to select a topic
from a given list. |
Final project grade was the average of grades of second, third and final drafts. Whenever applicable, each group was required to prepare a power point presentation for the topic selected. Each course consisted of four partial examinations and a final examination, with 20% for each test. The project grade was considered as one or two of the partial examinations depending on the nature of the course. |
CAUTION: Students may have not properly cited the
references in each report. I, Megh R
Goyal, was
the instructor
and program coordinator in these courses.
I have edited these review reports.
Instructor is not responsible for the information provided by the students.
These reports do not endorse or preference over the commercial names
that
are mentioned in these reports.
MISION GOALS OF THIS TEACHING
METHODOLOGY:
·
Exposure to State of
- Art in Engineering Biomechanics: For Non Biomedical Engineering
students
·
Learn Technical Writing Skills at early college level.
· Preparation and Presentation of a Technical Article.
·
Learn leadership and cooperative learning qualities.
|| Back to top || List
of books on Biomedical Engineering [Engineering
Biomechanics]
in the Library at
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FLUID MECHANICS ( |
MECHANICS OF MATERIALS ( |
STATICS ( Chapter summaries:
Dynamics Beer and
Johnston 2004 Beer
and Johnston 2004 |
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Proceedings of
congress on April 17, 2003 at Florida International University
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Proceedings of Applications of
Engineering Mechanics in Medicine, on
List
of numerical exercises Pages E1-18
Biomechanics
of Joint Replacement: Hip Prostheses Biomechanics
of Joint Replacements: Finger to Shoulder Biomechanics
of Mechanical Heart Valve
Dental
Materials and Biomechanics of Implants Human Teeth:
Biomaterials and Implants Mechanics
of Prosthetic Heart Valves
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Problem set was divided into
sections (Each section consists of 2 to 5 problems): + Dimensions and Units. + Centroids & Center of Gravity. + Forces in Beams
and Cables. + Friction. + Moments of
Inertia.
Group C List Solution
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Proceedings of
congress on July 10, 2004 at University of Puerto Rico, Mayagόez Biofluid Mechanics of the Human Brain Teaching
Aids for Chapter 5: Cooney, David O. 1976.
Biomedical Engineering Principles: An
Introduction to Fluid, Heat and Mass Transport Processes. New York:
Marcel Dekkar Inc. Teaching
Aids for Chapter 2: Truskey, George A. et al. 2004. Transport Processes in Biological Systems. New Jersey: Prentice
Hall. |
Proceedings of Applications of
Engineering Mechanics in Medicine, on
Materials C. Biomechanics of Knee Replacement
E. Biomechanics of Heart Valves
G. Engineering Biomechanics of Bone and
I. Biomechanics of A Pacemaker Pages
I1-17: Pdf document K. Biomaterials for Orthopaedics
Pages
L1-25: Pdf document
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Problem set was divided into
sections (Each section consists of 2 to 5 problems): + Dimensions and Units. + Centroids & Center of Gravity. + Forces in Beams
and Cables. + Friction. + Moments of
Inertia.
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Proceedings of Applications of
Engineering Mechanics in Medicine, on GENRAL INDEX: List of projects A.
Mechanics of Biomaterials: Vascular Graft Prostheses Power
point presentation A1- A25 B.
Mechanics of Biomaterials: Dental Prostheses Power
point presentation B4 B29 C. Mechanics of Biomaterials:
Human Face Reconstruction Prostheses/ Surgery (Total Temporomandibular
joint, Glenoid Fossa, Mandibular deficits, Mandibular
Condyle, Interarticular
Disc, Esophagus) Power
point presentation C1 C19 D.
D. Mechanics
of Biomaterials: Skin Repair and Grafts Power
point presentation D1 D30 E. E. Mechanics
of Biomaterials: Orthopaedics Power point presentation E1
E21 F. Mechanics
of Biomaterials: Sutures after the
surgery (Silk protein, animal or human hairs, wires, staples, etc) G. Mechanics
of Biomaterials: Eye Prosthetic Devices (Ophthalmic Tantalum Clip/ Conformer, Artificial Eye, Absorbable
Implant, Eye Sphere, Extraocular Orbital Implant, Keratoprosthesis, Intraocular Lens, Scleral
Shell, Aqueous Shunt). Power
point presentation G1 G24 H. Mechanics
of Biomaterials: Gastroenterology Urology Medical Devices (Penile
Inflatable/ Rigidity Implants, Testicular Prosthesis, Urethral Stent, Peritoneo venous
shunt) Power
point presentation H1 H18 I I. Mechanics
of Biomaterials: Insulin Pumps Power
point presentation, I1 I20 J. Mechanics
of Biomaterials: Neurological Implanted Stimulators (Cerebellar,
Neuromuscular, Spinal Cord, Peripheral Nerve for Pain Relief, Power
point presentation J1 J22 K. Mechanics of Biomaterials: Human Auditory
System Prostheses (Chochlear, Middle Ear,
Middle Ear Mold, Tympanostomy tube, Ossicular Replacement, Internal Audio phone, Transcutaneous Air Conduction Hearing Aid, Hearing Aid,
etc.) Power
point presentation K1 K35 L. Mechanics
of Biomaterials: Legal and Ethical Aspects Power
point presentation L1 L40 M. Mechanics
of Biomaterials: Obstetrical and Gynecological Prosthetic Devices (Cervical Drain,
Vaginal Pessary,
Fallopian Tube, Vaginal Stent, etc) Power
point presentation M1 M23 N. Mechanics
of Biomaterials: Plastic Surgery Prosthetic Devices (Breast, Chin, Ear,
Nose, Esophageal, Tracheal, Adhesives) Power
point presentation N1 N38 O. Mechanics
of Biomaterials: Carotid Stenting Power
point presentation O1 O22 |
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