This book shows how MATLAB programming framework can be used in finite element analysis of solids and structures. Topics covered range from simple springs and bars to more complex beams and plates in static bending, free vibrations and buckling problems.

This book illustrates how MATLAB compact and powerful programming framework can be very useful in the finite element analysis of solids and structures. The book shortly introduces finite element concepts and an extensive list of MATLAB codes for readers to use and modify. The book areas range from very simple springs and bars to more complex beams and plates in static bending, free vibrations, buckling and time transient problems. Moreover, laminated and functionally graded material structures are introduced and solved.

Updated version showing physiological changes into MATLAB programming and tools Presents finite element programming with the help of MATLAB easy implementation style Exhibits finite element programming via classical examples from structural mechanics Includes supplementary material: sn.pub/extras

Autorentext

Antonio J.M. Ferreira received his B.S. in Mechanical Engineering in 1986, M.Sc. in Structural Engineering in 1990, and Ph.D. in Mechanical Engineering in 1997, all from the University of Porto, where he is currently a Full Professor of Mechanical Engineering. He is the Editor-in-Chief of Composite Structures, and Section Editor-in-Chief of Composites Part C: Open Access (JCOMC). Nicholas Fantuzzi received his B.S. in Civil Engineering in 2006, M.Sc. in Civil Engineering in 2009, and PhD in Structural Engineering and Hydraulics in 2013, all from the University of Bologna, where he is currently Senior Assistant Professor (tenure-track) of Structural Mechanics. He is Section Editor-In-Chief (Engineering Section) of Mathematical and Computational Applications (MCA).

Inhalt
Short Introduction to MATLAB.- Discrete Systems.- Bars or Trusses.- Trusses in 2D Space.- Trusses in 3D space.- Bernoulli Beams.- Bernoulli 2D Frames.- Bernoulli 3D Frames.- Grids.- Timoshenko Beams.- Plane Stress.- Kirchhoff Plates.- Mindlin Plates.- Laminated Plates.- Functionally Graded Structures.- Time Transient Analysis.