FOR STRUCTURAL ENGINEEERS
Knowing how to apply Finite Element Analysis (FEA) technology to the analysis and design process helps the structural engineer produce accurate results using more efficient models – a fundamental goal of any project’s success. The S-FRAME FEA Solver Engine, built into multiple analysis and design products, delivers continuously evolving FEA capabilities and Finite Element Analysis Applications is designed to help demystify using these capabilities.
Although we cover some basic FEA theory, this class primarily focuses on practical applications of using FEA. We explain how to define and mesh complex geometries in arbitrary 3D orientations, how to load them correctly, why a high-quality mesh can make a difference, and how to generate one using S-FRAME’s powerful auto-meshes. Become more confident in matters relating to solution convergence and result validation using S-VIEW. Learn how to apply hydrostatic loading or soil pressure to structures, how to connect members to shells accurately, and how to use S-FRAME’s wall integration lines to easily design reinforced concrete shear walls using the new Integrated Concrete Design (ICD) option
Registration open at a later date
Introduction to 2D objects, Finite Elements and Meshing
Panel Elements and Auto-meshing Parameters
Effective modeling
Beam/Shell Integration
Modeling Complex Geometry – Openings, cylindrical structures, intersecting panels
Loading and Supporting Finite Elements
Results and Conventions
Analysis of Finite Element Structures – best practices and troubleshooting
Applications of Finite Elements in Design – Walls, Floors, Foundations
Training is delivered in three live 2-hour lectures over a period of 5 days
Class includes graded Assignments and Final exam (you will receive a score report for your records)
A Certificate of mastery will be provided to attendees that achieve a final score above 75% and Educational Units will go towards an S-FRAME certification
Eligible for PDH (Professional Development Credits) for attendance
Any structural engineer responsible for the modeling, analysis, and design of walls, floors, panels, transfer plates, tunnels, mat foundations, cylindrical and spherical tanks, any other complex structures such as domes, tension structures, etc.
Class registrants should have a technical education and background in civil or structural engineering
F201 -Finite Element Analysis Applications assumes users have prior experience with S-FRAME Analysis program functionality
PC-based : Windows® 10
Min 2 GB RAM, Recommended 4 GB or more
Graphics: DirectX 9.0c compatible graphics card - Must support hardware vertex processing