##
Homework #16
*November 22, 2015*

*Posted by biotransport in homework assignments.*

add a comment

add a comment

Here is HW #16 assigned on November 23rd and due on December 2nd: In chapter 6 work problems 2, 3, and 18. (Note that we worked the no convection case in class for problem 2, now analyze the convection data. Compare the oxygen consumption rate for both cases, what do you conclude? Also, note that in problem 3 the pi shouldn’t be in the term on the far right of the equation, so it should just be, 1/3 R_{Brockman body} Gamma_{metabolic}. In problem 18 the oxygen consumption rate should be µM/sec and not microns per second)

##
BIOE Fall Seminar Series
*November 19, 2015*

*Posted by biotransport in miscellaneous information.*

add a comment

add a comment

*BIOE Seminars are Friday, 12-1pm, in the SSOE Seminar Room, Nitschke Hall*

Hello Everyone, just a heads up about the Fall semester seminar series. Below is the schedule for the seminars. Hope to see you there!

*October 16, 2015* Dr. Casey Pirnstill (2010 UT BIOE graduate), Wright Patterson AFB, “Polarized Light Applications Toward Biomedical Diagnosis/Monitoring and Biodynamic Injury Potential in Extreme Aerospace Conditions”

*October 23, 2015* Professor Ariella Shikanov, University of Michigan, Department of Biomedical Engineering, “Natural and Synthetic Hydrogels for Engineering the Ovarian Follicle Environment”

*October 30, 2015* Professor Kelly Arnold, University of Michigan, Department of Biomedical Engineering, “Towards Systems-Level Understanding of Immune Cell Communication and Inflammatory Tissue Environments: Applications in HIV/AIDS”

*November 6, 2015* CANCELLED

*November 13, 2015* CANCELLED

*November 20, 2015* Jennifer Palinchik (2003 UT BIOE graduate) , President, Jalex Medical, *“Pathway to a Biomedical Career,” biosketch*

*December 4, 2015* Professor Omolola Eniola-Adefeso, University of Michigan, Department of Chemical Engineering, *“Design of Vascular Targeted Carriers for Optimal Performance in Humans: Bringing Blood Cells and Plasma Proteins into the Game”*

*December 11, 2015* December 11, 2015 Professor Eben Alsberg, Case Western Reserve University, Department of Biomedical Engineering, *“Biomaterial systems with controlled temporal and spatial signal presentation for regulating stem cell behavior and tissue engineering”*

##
Homework #15
*November 18, 2015*

*Posted by biotransport in homework assignments.*

add a comment

add a comment

##
Chapter 6 Lecture Slides
*November 17, 2015*

*Posted by biotransport in lectures.*

add a comment

add a comment

Here is some useful stuff for Chapter 6, a PDF file for a derivation we will discuss, spherediffusion . Also here is a Matlab solution for problem 6.2 without convection, problem6_2noconvection

##
2nd Exam Continuation
*November 15, 2015*

*Posted by biotransport in miscellaneous information.*

add a comment

add a comment

You will be given an opportunity to continue to work on the exam that was given on November 13th. These are the ground rules: (1.) You must turn in the exam to me by 9 am on Friday, November 20th. No exams will be accepted after this time and if this is the case your score will be what you got on your first attempt. (2) Do you own work and do not offer anyone any assistance of any kind and do not share final answers. (3) Any signs of cooperation on this exam continuation will result in your exam score staying what it was on your first attempt. (4) Turn in your first exam attempt with your second exam attempt. (5) Your final score on this exam will be the average of the score received on the in class attempt and the score received on this take home attempt.

##
Chapter 5 Lecture Slides
*October 9, 2015*

*Posted by biotransport in lectures.*

add a comment

add a comment

Here are some additional notes on some stuff we will be talking about from Chapter 5; notes about film theory Film Theory , here is some info on Example 5.7 and Notes on Example 5.7 , and here is stuff regarding the derivation and solution of equation 5.35 , noteseqn5.35 . Also here are additional details on solving Equation 5.37, noteseqn5.37 . Mass transfer in a rectangular conduit which is similar to the analysis shown in Example 5.10 for a tube of arbitrary cross section, Mass Transfer in a Parallel Plate Channel . Also here is another example that builds on Example 5.10, example5.10addition . Here is some info on the derivation of equations 5.5 and 5.49 equations5.5and5.59 . Some additional notes on Figure 5.9 Notes on Fig. 5-9 Here are some additional notes on problem 5.11 Notes Prob. 5.11 . Here is the Matlab solutions for Example 5.15, example5.15 and example5.15part2 .

##
Corrections to Basic Transport Phenomena in BME, 3rd Edition
*September 11, 2015*

*Posted by biotransport in miscellaneous information.*

add a comment

add a comment

Here are some corrections for the textbook (updated on March 23, 2015), Errata for Basic Transport Phenomena in BME

##
Matlab Linear Regression Example
*August 23, 2015*

*Posted by biotransport in miscellaneous information.*

add a comment

add a comment

Here is an example of how to use Matlab for a linear regression of data, Linear regression example

##
Nonlinear Regression Example Using Matlab
*August 23, 2015*

*Posted by biotransport in miscellaneous information.*

add a comment

add a comment

Here is a Matlab solution to a nonlinear regression example that is similar to others we will be doing throughout this class. You can use this as a template for solving problems such as 2.29 in HW1, Non Linear regression example

##
Wolfram Alpha
*August 23, 2015*

*Posted by biotransport in miscellaneous information.*

add a comment

add a comment

Check out Wolfram Alpha, a computational engine that can be used to help you solve a variety of engineering and math problems. Here is the link http://www.wolframalpha.com.

An example, suppose you need to find the value of B which satisfies this equation, (1 – B) = 0.00309 M^2 u^4 B^4, with M = 4.18 and u = 2.11, when entered into Wolfram Alpha [ (1 – B) = 0.00309*M^2*u^4*B^4, M=4.18, u=2.11, find B ], we find that B = 0.717.

##
Syllabus
*August 21, 2015*

*Posted by biotransport in syllabus.*

add a comment

add a comment

Here is the syllabus for the biotransport class, Fall 2015, BIOE 3400-F15

##
Protected: Basic Transport Phenomena BME – Chapters 3-6
*November 5, 2015*

*Posted by biotransport in miscellaneous information.*

Enter your password to view comments.

Enter your password to view comments.

##
Homework Assignment #14 – Updated
*November 2, 2015*

*Posted by biotransport in homework assignments.*

add a comment

add a comment

Here is the link to Homework Assignment #14 assigned on November 2nd and NOW due on November 16th, hw14.

##
Homework #13
*October 28, 2015*

*Posted by biotransport in homework assignments.*

add a comment

add a comment

Here is homework #13 assigned on October 28th and due on November 4th; compare the model we developed for plasmapheresis in problem 5.11 to the data given by Zydney, that is make a **computer generated plot** that compares his model to the data, also work problems 5.38 and 5.39.

##
Homework Assignment #12
*October 23, 2015*

*Posted by biotransport in homework assignments.*

add a comment

add a comment

For HW12 assigned on October 23rd work these problems 5.26, 5.50, 5.37, 5.48. This assignment is due on Friday, October 30th.

##
Homework Assignment #11
*October 16, 2015*

*Posted by biotransport in homework assignments.*

add a comment

add a comment

HW #11 NOW due on October 26th, hw11