Tutorials > 3D Model and Analysis of a Crawl Beam Structure

3D Model and Analysis of a Crawl Beam Structure

Date: 23 May 2024 | Posted by: voska89

Revit Modeling and Prokon Sumo Analysis
What you'll learn:
Structural and Civil Engineers
3D Modeling
Revit and Prokon Sumo Software
Structural Analysis
Structural Steel Drafting Skills
Requirements:
Revit Software
Prokon Sumo Software
Microsoft Ofiice
Description:
Welcome to "3D Model and Analysis of a Crawl Beam Structure," a comprehensive Udemy course designed for engineers, architects, and aspiring construction professionals looking to enhance their skills in designing and analyzing crawl beam structures. This course will guide you through the entire process, from creating a 3D model of the crawl beam structure in Revit to conducting a thorough structural analysis using Prokon Sumo, and finally, generating drawings for client review.Course Highlights:1, Introduction to Revit for Structural Design (Module 1):Explore the fundamentals of Revit software for structural modeling.Learn to create a detailed 3D model of a crawl beam structure, including beams and supporting elements.Understand best practices for efficient modeling and organization.2. Structural Analysis with Prokon Sumo (Module 2):Dive into the Prokon Sumo software for structural analysis.Perform a comprehensive analysis of the crawl beam structure to assess its adequacy for the intended purpose.Interpret the analysis results and make informed design decisions based on structural performance.3. Generating Approval Drawings (Module 3):Translate your design into drawings suitable for client approval.Explore the essential components of an issue for approval drawing, including details, dimensions, and annotations.Learn to present complex structural information clearly and concisely.
Who this course is for:
Civil Engineers
Structural Engineers
Draftsmen
Architects
Homepage

https://www.udemy.com/course/3d-model-and-analysis-of-a-crawl-beam-structure/

DOWNLOAD LINK

No Password - Links are Interchangeable

See full article