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HW #17 April 22, 2016

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Here is HW #17 assigned due on April 29th (no later than 5pm May 3rd if you need more time) ; from Chapter 6 work problems 12,  17, 19, 29 (note the membrane has a thickness of 50 microns not 50 microM), and 36

Homework #16 April 20, 2016

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Here is HW #16 which is due on April 25th: 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 RBrockman body Gammametabolic. In problem 18 the oxygen consumption rate should be µM/sec and not microns per second)

Chapter 6 Lecture Slides April 15, 2016

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moosedm2003_468x440Here 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

Also here is a model for convection and diffusion with zero order consumption, Diffusion & Convection Transport

Answers to 2nd Exam April 11, 2016

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answersHere are the answers for the 2nd exam. Problem 1: fraction removed = 0.75 , Problem 2: 185 PSI and 626 N , Problem 3: 1.37 x 10^-5 cm2/sec or from SE 9.4 x 10^-6 cm2/sec

FYI Re MathCad March 12, 2016

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monkeyAs of today, March 12th, I will no longer accept any homework that is done using any version of MathCad. I encourage you to use Matlab to solve all of your problems.

Syllabus January 10, 2016

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Here is the syllabus for the biotransport class, Spring 2016, BIOE 3400-16spg

Useful Numerical Methods Using Matlab January 10, 2016

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nonlinearregressionHere is a Word document (USEFUL NUMERICAL METHODS) that shows 8 examples on how to use Matlab to solve various types of problems that you will encounter during this course. Also, here is a powerpoint file showing the solution graphs for these examples, matlabexamples_graphs. Specifically, these examples show:

  1. example 1.9: a comparing a model equation to experimental data
  2. example 1.10: linear regression of experimental data
  3. example 1.11: linear regression of experimental data with a zero intercept
  4. example 1.12: non-linear regression of experimental data
  5. example 1.13: integration of a function
  6. example 1.14: solving a 1st order ordinary differential equation
  7. example 1.15: solving a 2nd order ordinary differential equation
  8. example 1.16: finding the zero of a function of one variable, the root finder

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

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

Homework #15 April 15, 2016

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Homework1Here is HW #15,  in Chapter 5 work problems 15 and 16. Due April 20th.

Homework Assignment #14 April 8, 2016

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Here is the link to Homework Assignment #14 assigned on April 8th and  due on April 15th, hw14. Please note that you MUST use Matlab on both of these problems, so no Excel, no Mathcad.

A Special Seminar – How to Write an FDA 510k April 1, 2016

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Funny-monkey-images-Monkey-with-spectaclesThere will be a special BIOE seminar on Tuesday, April 12th, from 3-4pm in the SSOE seminar room NI1027 by Dr. James Huttner, MD, PhD, who is the Medical Director and Vice President of Product Development at Bionix. The topic of his presentation will be “A Practical Guide to Writing a 510(k)”

Homework #13 March 30, 2016

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Here is homework #13 assigned on March 30th and due on April 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 March 23, 2016

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For HW12 assigned on March 23rd work these problems 5.26, 5.50, 5.37, 5.48, 5.49. This assignment is  due on March 30th.

Protected: Basic Transport Phenomena BME – Chapters 3-6 March 21, 2016

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