Spring Semester 2008
Duncan Hall 1070 9:25-10:40 TTH
INSTRUCTORS
Prof. K.A. Athanasiou Keck 212 Ph.: 713-348-6385 athanasiou@rice.edu Office Hrs: after class
The focus of this
course is on the understanding of fundamental issues related to biomechanics
of the human body, reactions of different types of tissue and synthetic materials
to load, and the biomechanics of biomaterials. In examples, the effect of
mechanical conditions on the human body function and the effects of tissue
properties on whole body behavior will be reviewed.
HomeworkOne homework problem set will be assigned approximately every week. Homework will be handed out on Thursday and will be due the following Thursday. Please refer to BIOE 372 Homework Schedule for detailed dates and topics. Homework will be due at the beginning of class lecture (10:50 a.m.) on the day it is due. No late homework will be accepted without permission of the instructor before the homework is due. Illness and family emergencies will be dealt with on an individual basis. Grades on other late homeworks will be reduced 25% per day (including weekends). Solutions to homework problems will be made available in a binder in the Bioengineering department office soon after the homework is due. Individuals turning in late homeworks are expected to not consult the posted homework solutions (Honor Code).
Exams
There will be three exams, two midterms and one final
exam. Each exam will carry a 20% weight. All exams will be take-home exams.
Projects
A design and analysis project will
be scheduled for February - April. The project’s topic will be on Biomechanics
and Biomaterials. Students will be divided into teams. As a prelude to the project,
students will compare different experiments reported in the literature, and
provide a written and oral report on strengths and weaknesses. In terms of grading,
the comparison report will be weighed as two homeworks. The comparison
report will help students with their design project. A written and oral presentation
will be required. The project will count for a total of 15% of the final grade.
Please see BIOE 372 Project Schedule for details on due dates. Further details
on the projects will be available later.
COURSE ADMINISTRATION
Course Notes
Course textbooks are available at
the Rice Campus Bookstore. There is one textbook required for this class: Fundamentals
of Biomechanics, Ozkaya and Nordin, ISBN#: 0-387-98283-3, Springer-Verlag. Supplementary
texts will be handed out in class.
Grading Policy - The final grade will be based on the following.
Homework Assignments: 20 % Exam I: 20 % Exam II: 20 % Final Exam: 20 % Class Project (incl. presentation): 15 % Class Participation 5%
Any disputes over
grading on the homework or reports should be brought to the instructor. Do
not take questions related to grading to the TA's. If the dispute involves
other than an arithmetic error in your score, the entire report or homework
will be re-graded. Re-grading may result in a net loss of points. Submit the
original, unaltered, homework or report along with a written description of
what you believe the grading error is. If a classmate's report or homework
is being submitted as documentation of the grading error, it is also subject
to possible re-grading. Late homework will generally not be accepted except
in the case of illness or serious emergency. Contact the instructor before
the due date to arrange an acceptable due date. Illnesses and emergencies
should be documented with an appropriate excuse.
Students are encouraged to talk to each other, to the teaching assistants, to the instructors, or to anyone else about any assignment in the course that is not specifically designated as pledged. This assistance is limited to the discussion of the problem and perhaps sketching of a solution. Homework is considered as pledged, general discussion is legitimate, however, homework problems may be solved by each student individually, unless stated otherwise. Consultation of previous years’ homework sets and exams is not permitted.
An introductory course on mechanics (Mech 211) and static and basis vector
algebra are strongly recommended.
WebSite
BIOE 372 has a web site: http://www.owlnet.rice.edu/~bioe372/
. Course information, corrections to Course Notes and homework, and other information
on projects will be posted on the website.
Teaching Assistants/Labbies
A number of graduate and undergraduate students will be assisting with this course.
TBA TBA TBA Ph: 713-348- Ph: 713-348- Ph: 713-348- @rice.edu @rice.edu @rice.edu Office Hours are TBA, please contact the TA's directly.
| Any student with a disability requiring accommodations in this class is encouraged to contact the instructor after class or during office hours. Additionally, students should contact the coordinator for Disabled Student Services in the Ley Student Center. |