Blog posts

Here is the powerpoint of the final project, presented by Stevie Steiner and myself.

Homework Problem 1: Self introduction in iMechanica (due January 21, 2008)

Homework Problems 2-5 (due January 28, 2008) 

Homework Problems 5-8 (due February 7, 2008) 

Homework Problems 9-18 (due March 3, 2008) 

Homework Problems 19-23 (due March 24, 2008) 

Homewrok Problems 24-28 (due April 9, 2008) 

1. Post a comment to this entry to explain to your teaching staff and classmates why you are taking this class. Include the following items in your comment:



• Which department or graduate program are you currently enrolled in?

• Your prior courses in solid mechanics.

• Your undergraduate major and where you were enrolled.

• What might be your strength and weakness related to this course.

• Your research group if you already belong to one (please give a link to the web page of your group).

Time: Monday and Wednesday 3:00 - 4:30 pm

Place: WRW 312, University of Texas at Austin

Instructor: Rui Huang, WRW 117D, (512) 471-7558, ruihuang [at] mail.utexas.edu

Lecture notes 

Homework Sets

Term Papers (with links to abstracts, presentation slides and final reports) 

A logo is a representation of a
company in the form of name, letters, graphics or symbol. It is used in
website, business cards, invoices, advertising material, stationery designs,
and signs as an emblem so as to make the company easily recognizable with its
logo.

I can't find this paper:

Quasi-static steady crack growth in small-scale yielding

DEAN, R H; HUTCHINSON, J W

Fracture mechanics; Proceedings of the Twelfth National Symposium, Washington University, St. Louis, Mo ; United States; 21-23 May 1979. pp. 383-405. 1980

If you had it, can you share it with me and sent it to my email box: scf05 [at] mails.thu.edu.cn (scf05[at]mails[dot]thu[dot]edu[dot]cn)

Thanks!

Attached is a PDF version of the PowerPoint presentation from our final project, titled "Viscous Deformation of a Quartz Tube Caused by Furnace Malfunction:  Analysis and Modeling".

Final project on flexural stiffness for ES 240

Curved Beams: A Theoretical and FEM Investigation

by Christian Wylonis and Nathan Thielen

See Attached