Sofistik Analysis & Design
About this course
This course is around 16 hours long and covers every stage in the SOFiSTiK program in detail:In the Pre-ProcessIntroduction to the Interface: Familiarizing yourself with the program interface.Material Definition: You'll be surprised by the numerous features available to define materials and the variety of studies you can conduct with them.Cross Sections: Learn how to define cross sections for concrete, steel, or cold-formed sections, with powerful features for defining non-standard cold-formed sections.Drawing Geometry and Boundary Conditions: You'll experience the program's incredible capability in defining geometry and meshing with ease and high efficiency.Load Definition and Application: Understand various flexible methods to define and apply loads.In the Processing PhaseLoad Combinations: Learn how to create load combinations.Earthquake Inputs: Discover how to input seismic data.Linear and Non-Linear Analysis: Gain knowledge on conducting both linear and non-linear analysis.ProjectsYou'll work on 4 simplified but rich and diverse projects:Steel with Hot Rolled SectionsSteel Racking Frames with Special Cold Formed SectionsConcrete Project: Designing slabs and producing reinforcement maps.Concrete Project (Underground): Designing columns and beams, with a focus on the importance of considering construction stages.Timber Structure: Designing a wooden structure (wooden canopy).Additionally, you can join a dedicated WhatsApp support group for full technical assistance with your projects using SOFiSTiK.
69/100
CourseAsk score
- What the provider tells you
- 45/45
- Who stands behind it
- 8/35
- How complete the listing is
- 16/20
Scores how much the provider publishes and who stands behind it — not how well it is taught.
What you'll learn
- understand the SOFiSTiK program interface
- define materials and conduct various studies
- create load combinations and input seismic data
- conduct linear and non-linear analysis
- develop concrete and timber structures through practical projects
Course objectives
- familiarize with the program interface
- define and apply loads effectively
- design structural components according to specific parameters
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