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sp08/ 20-Mar-2008 13:27 sp09/ 26-May-2009 15:00 sp10/ 20-May-2010 12:49 winter_11/ 03-Jan-2011 14:52

sp08/ 20-Mar-2008 13:27 sp09/ 26-May-2009 15:00 sp10/ 20-May-2010 12:49 winter_11/ 03-Jan-2011 14:52

THIS PAGE CONTAINS INFORMATION SPECIFIC TO ABAQUS. FOR ADDITIONAL INFORMATION CHECK OUR   GENERAL FEA SOFTWARE SUITES PAGE. Overview ABAQUS Finite Element Software was developed by David Hibbitt,Dr. Bengt Karlsson and Paul Sorensen in 1978. ABAQUS finds application across a wide range of industries ranging from nuclear, offshore, automobile, aerospace, bio-medical and consumer industries. ABAQUS software is available in 3 packages: ABAQUS/Standard ABAQUS/Explicit ABAQUS/CAE ABAQUS/Standard ABAQUS/Standard provides technology to solve traditional implicit finite element analyses, such as static, dynamics, thermal, all powered with the widest range of contact and nonlinear material options. ABAQUS/Standard also has optional add-on and interface products which address design sensitivity analysis, offshore engineering, and integration with third party software, e.g., plastic injection molding analysis. ABAQUS/Explicit ABAQUS/Explicit introduced in 1991, provides solutions to solve transien

THIS PAGE CONTAINS INFORMATION SPECIFIC TO ABAQUS. FOR ADDITIONAL INFORMATION CHECK OUR   GENERAL FEA SOFTWARE SUITES PAGE. Overview ABAQUS Finite Element Software was developed by David Hibbitt,Dr. Bengt Karlsson and Paul Sorensen in 1978. ABAQUS finds application across a wide range of industries ranging from nuclear, offshore, automobile, aerospace, bio-medical and consumer industries. ABAQUS software is available in 3 packages: ABAQUS/Standard ABAQUS/Explicit ABAQUS/CAE ABAQUS/Standard ABAQUS/Standard provides technology to solve traditional implicit finite element analyses, such as static, dynamics, thermal, all powered with the widest range of contact and nonlinear material options. ABAQUS/Standard also has optional add-on and interface products which address design sensitivity analysis, offshore engineering, and integration with third party software, e.g., plastic injection molding analysis. ABAQUS/Explicit ABAQUS/Explicit introduced in 1991, provides solutions to solve transien

http://sites.google.com/site/matthewjpais/Home

http://sites.google.com/site/matthewjpais/Home

Term: Announcements Jan 10 : The official course web page is on WebCT.. Instructor Prof. Jim Craig   (james.craig@ae.gatech.edu)   This is the best way to contact me! Office: Weber 211C Phone: x4-3042 Hours: after class or by appointment ( suggest using email to arrange ) General Course Outline  - Course Textbook Logan, Daryl,  A First Course in the Finite Element Method , 4th Edition, Thomson 2007, ISBN 0-534-55298-6. Online tutorials and reference material for Abaqus finite element software Additional online notes as needed. Homework Grading :  Homework will be assigned on an approximately weekly basis, and will be graded. Course Materials Supplementary notes : nothing at this time ABAQUS  projects. In order to introduce you to the use of a modern finite element program for structural analysis, a series of evening tutorials on the use of  ABAQUS  will be presented during the semester. Several projects will also be assigned during the semester. Check under Homework below for the detai

Term: Announcements Jan 10 : The official course web page is on WebCT.. Instructor Prof. Jim Craig   (james.craig@ae.gatech.edu)   This is the best way to contact me! Office: Weber 211C Phone: x4-3042 Hours: after class or by appointment ( suggest using email to arrange ) General Course Outline  - Course Textbook Logan, Daryl,  A First Course in the Finite Element Method , 4th Edition, Thomson 2007, ISBN 0-534-55298-6. Online tutorials and reference material for Abaqus finite element software Additional online notes as needed. Homework Grading :  Homework will be assigned on an approximately weekly basis, and will be graded. Course Materials Supplementary notes : nothing at this time ABAQUS  projects. In order to introduce you to the use of a modern finite element program for structural analysis, a series of evening tutorials on the use of  ABAQUS  will be presented during the semester. Several projects will also be assigned during the semester. Check under Homework below for the detai

2D_Aluminum Bracket/ 03-Nov-2006 09:08 - Non-Circular_Cut_out/ 03-Nov-2006 09:08 - Plate_buckling/ 03-Nov-2006 09:08 - Plate_with_hole/ 03-Nov-2006 09:08 - 2D_Aluminum_Bracket.pdf 19-Jun-2006 00:35 433K Document ABAQUS_Getting_Start..> 19-Oct-2007 10:54 32K Document Dr.HaislerInstallmen..> 30-Oct-2006 10:32 775K Zip Archive Installment_I_CaeOdb..> 03-Nov-2006 09:08 438K Zip Archive nonCircularCutout_v2..> 14-Sep-2006 18:45 725K Document plateBuckling.doc 09-Jun-2006 15:09 138K Document platewithHole_v2.doc 14-Sep-2006 17:42 319K Document

2D_Aluminum Bracket/ 03-Nov-2006 09:08 - Non-Circular_Cut_out/ 03-Nov-2006 09:08 - Plate_buckling/ 03-Nov-2006 09:08 - Plate_with_hole/ 03-Nov-2006 09:08 - 2D_Aluminum_Bracket.pdf 19-Jun-2006 00:35 433K Document ABAQUS_Getting_Start..> 19-Oct-2007 10:54 32K Document Dr.HaislerInstallmen..> 30-Oct-2006 10:32 775K Zip Archive Installment_I_CaeOdb..> 03-Nov-2006 09:08 438K Zip Archive nonCircularCutout_v2..> 14-Sep-2006 18:45 725K Document plateBuckling.doc 09-Jun-2006 15:09 138K Document platewithHole_v2.doc 14-Sep-2006 17:42 319K Document

Syllabus - Spring 2007 Lecture Notes Introduction to FEM Theory and Analysis for Engineers  (in .ppt format) A04, Introduction to Finite Element Theory A01, Sizing Procedures A02, External Loads A03, Material Properties A05, Bending and Extension of Thin Plates (Theory & Analytical Solution) A06, Plate Bending Finite Element A07, Introduction to Composite Materials A08, Effective Moduli of Continuous Fiber-Reinforced Lamina  (transformation of stiffness from material 1-2           to global x-y axes, effective stiffness for a laminate, force & moment resultants, stress & strain in lamina) Laminated Composite Plate Analysis Code  (.exe file),  Laminate Code Input Instructions ,  sample material file  (.txt file),  Foam_core_H45 (.txt file) ,  Foam_core_HT90 (.txt file) ,    Examples of Numerical Results A09, Laminate Plate Analysis A10, Introduction to Column Buckling A11, Introduction to Buckling by T. Pollock  (pdf) A12, Design for Buckling of Columns and Plates A13, Mater

Syllabus - Spring 2007 Lecture Notes Introduction to FEM Theory and Analysis for Engineers  (in .ppt format) A04, Introduction to Finite Element Theory A01, Sizing Procedures A02, External Loads A03, Material Properties A05, Bending and Extension of Thin Plates (Theory & Analytical Solution) A06, Plate Bending Finite Element A07, Introduction to Composite Materials A08, Effective Moduli of Continuous Fiber-Reinforced Lamina  (transformation of stiffness from material 1-2           to global x-y axes, effective stiffness for a laminate, force & moment resultants, stress & strain in lamina) Laminated Composite Plate Analysis Code  (.exe file),  Laminate Code Input Instructions ,  sample material file  (.txt file),  Foam_core_H45 (.txt file) ,  Foam_core_HT90 (.txt file) ,    Examples of Numerical Results A09, Laminate Plate Analysis A10, Introduction to Column Buckling A11, Introduction to Buckling by T. Pollock  (pdf) A12, Design for Buckling of Columns and Plates A13, Mater

http://www.rpi.edu/~des/Abaqus%20tutorial.pdf

http://www.rpi.edu/~des/Abaqus%20tutorial.pdf

  Lectures        M/R  2:00-3:20 pm, Carnegie 102   Download   Course Description     Instructor information      Professor Suvranu De  Room JEC 5002  Email:des_at_rpi_dot_edu  Office Ph: X6096  Office hrs: M  3:30-4:30 pm  Textbook:   None required    Lecture notes  are posted here at the course website.    Other reference texts:      1.        Numerical approximation of partial differential equations , A. Quarteroni and A. Valli, Springer-Verlag.    2.        Meshfree particle methods , S. Li and W.K. Liu, Springer.    3.        Finite element procedures , K. J. Bathe, Prentice Hall    4.        Integral equations , W. Hackbusch, Birkhauser    Blog:  iMechanica     Lecture Notes:    Introduction (   lec1.ppt  ) [1/24]    Mathematical Preliminaries  ( lec2.ppt  ) [1/27]   Polynomial interpolation ( lec3.ppt  ) [1/31, 2/03]   Least squares and moving least squares approximations ( lec4.ppt  ) [2/07, 2/10]     Kernel estimates and partition of unity approximations ( lec5.ppt  ) [2/14]