'2d problems' presentation slideshows

Geometric Design

Geometric Design. CEE 320 Steve Muench. Outline. Concepts Vertical Alignment Fundamentals Crest Vertical Curves Sag Vertical Curves Examples Horizontal Alignment Fundamentals Superelevation Other Non-Testable Stuff. Alignment is a 3D problem broken down into two 2D problems

1.85k views • 55 slides

Overview: two parts to this presentation

Overview: two parts to this presentation. Physics-Derived Basis Pursuit for Buried Object Identification Fast 3D Blind Deconvolution of Even Point Spread Functions Andrew E. Yagle, January 2005. Metal Detector Coil. Voltage Response. Buried Object. Part I of this Presentation.

455 views • 36 slides

Lecture 6

Lecture 6. Chapter 5 and 6 goals: Recognize different types of forces and know how they act on an object in a particle representation Identify forces and draw a Free Body Diagram

500 views • 35 slides

Stability and roughness of crack paths in 2D heterogeneous brittle materials

511 views • 32 slides

Generation of Structured Grid by Solving Elliptic PDEs

Generation of Structured Grid by Solving Elliptic PDEs. Dzhmova Olga. The main problem. For generation of structured grid we use the transformation of coordinates

333 views • 31 slides

Scalabilities Issues in Sparse Factorization and Triangular Solution

Scalabilities Issues in Sparse Factorization and Triangular Solution. Sherry Li Lawrence Berkeley National Laboratory Sparse Days, CERFACS, J une 23-24, 2008. Overview. Basic algorithms Partitioning, processor assignment at different phases Scalability issues Current & future work. U. 1.

396 views • 18 slides

Skeletal structure gets discretized naturally. Member between two joints are treated as an element.

General Procedure for Finite Element Method FEM is based on Direct Stiffness approach or Displacement approach. A broad procedural outline is listed below 1. Discretize and select element type. Skeletal structures.

742 views • 18 slides

Electric Fields II

Definition:. Electric Fields II. Electric fields are produced by point charges and continuous charge distributions. is force exerted on charge by an external field . Note: q produces a field but it is not external. B : (0,y). a. a. A : (x,0). x. -q. +q.

448 views • 14 slides

COE2001 Review Material

COE2001 Review Material. Basic equilibrium equations are from Physics I Reinforce fundamental understanding of force & moments Techniques for applying to mechanical problems Applications Rigid body problems Trusses Multi-force members : axial, shear forces & bending moments Machines

246 views • 8 slides