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Finite Element Analysis for Marine Structures

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  1. The Course

    Meet the Instructor
  2. Introduction to the Course
  3. Before starting
  4. Introduction to Elasticity and Resistance of Materials
    Introduction to Elasticity and Resistance of Materials
    1 Quiz
  5. Basic scantling of ships’ hulls
    Basic scantling of ships' hulls
    1 Quiz
  6. Introduction to the Finite Element Method (FEM)
    Introduction and history of the Finite Element Method (FEM)
  7. Basic concepts and element types
  8. Linear static problems in Finite Element Analysis (FEA): Discretization of the solution and shape functions
  9. Linear static problems in Finite Element Analysis (FEA): Strains, stresses and nodal forces
  10. Linear static problems in Finite Element Analysis (FEA): Stiffness matrix, boundary conditions, loading, and solution of the system
  11. Overview of a FEA code
  12. Optional Activity 1
  13. Introduction to a FEA software
    Software download, installation and validation
  14. General Preferences and GUI
  15. CAD: tools
  16. CAD: layers
  17. Optional Activity 2
  18. Geometry
    Geometry: import
  19. Geometry: repair
  20. Optional Activity 3
  21. Local axes
    Local axes: definition
  22. Local axes: applications
  23. Optional Activity 4
  24. Beams and shells
    Models with beams and shells
  25. Complete FE simple model: constraints
  26. Complete FE simple model: materials
  27. Complete FE simple model: loads
  28. Optional Activity 5
  29. Meshing of FEA models
    Meshing preferences, assigning different element types and changing elements' order
  30. Assigning element sizes and divisions: unstructured and structured meshes
  31. Optional Activity 6
  32. Analysis and post-processing of results
    Launching a simulation
  33. Post-processing procedures
  34. Optional Activity 7
  35. Case study
    Problem statement. CAD definition and preparation
  36. Boundary conditions and materials
  37. Loads
  38. Meshing
  39. Post-process and reporting of results
  40. Regulations
    FEM Regulations
  41. Final Assignment
    Final Assignment
  42. Course Materials
    Course Materials
  43. Bonus: Laminated composites in FEA
    Composite materials theories in FEA
  44. Creation and assignment of laminated materials in FEA
  45. Post-processing structures with laminated materials
  46. Course Survey
    Course Evaluation Survey
    1 Quiz
  47. Summary
    Wrap-up

Hello everyone!

My name is Daniel Sá. I am a Naval Architect and Marine Engineer from the Polytechnic University in Madrid, and I will be your instructor.

I’m also the Technical Director of Compass Ingeniería y Sistemas, a company based in Barcelona, Spain. We specialize in numerical analysis and consultancy for structural, sea-keeping, and hydrodynamics.

I’m also a NAFEMS simulation certified engineer and an associate professor at the University of Catalonia for the Masters of Naval Engineering in Barcelona.

In this course, I want to share my years of experience with you. Everything I will share can be applied to marine environments or any other sector dealing with verifying structures. Finite Element Analysis will always be a powerful tool for verification and reporting.

This course is totally advised to Marine Engineers and Naval Architects, as well as to any other type of Engineer dealing with structural analysis, as well as students, professors, Ph.D.s, and researchers.

I’m looking forward to meeting you at the course!