3D Structural Analysis and Design for Structural Steel Building

Introduction

This 3D Structural Analysis and Design of Structural Steel Buildings training course is a must for civil engineers working in Oil & Gas, Power plants, water treatment plants and residential projects. Participants of this workshop will gain advanced knowledge of structural engineering that includes principles of structures analysis and their application, behavior of materials under loading, selection of construction materials and design fundamentals for steel structures.

This training  course will provide sample illustration of real structures that will assist the designer to understand StaadPro and apply it on different types of buildings. Different types of editing data to StaadPro will be discussed. The examples to be used would vary from the typical two-dimensional beams and frames to the three-dimensional multistory frames to special systems such as space frames. Throughout the course, the instructor shall start from the basics to ensure the full participation and comprehension of all attendants.

This GLOMACS training course will highlight:

• Three-dimensional modelling for different types of structures
• StaadPro Structural Analysis
• Applying Loads & Load combinations as per IBC / UBC / ASCE
• StaadPro Post processing results understanding
• Steel design as per AISC [ASD / LRFD]
• Creating BOQ list from StaadPro software

Objectives

• Understanding the behavior of structural members under loading
• Learning how to apply design loads as per American codes of standard
• Analyze deformation of members under loading
• Understand the significance of material properties in design
• Undertake basic design of Steel Structures
• Quantity Survey

Training Methodology

This Civil & Construction Engineering training course will utilize a variety of proven adult learning techniques to ensure maximum understanding, comprehension and retention of the information presented. Relevant examples and case studies are provided to illustrate the application of each of the topics covered.

Organisational Impact

• Understanding codes of practice
• Correct methods to create analytical three-dimensional models
• Loading and load combinations calculations & application on analytical models
• Post processing and reading results
• Doing cost-effective design
• Handling design changes

Personal Impact

Participant will have an understanding on:

• Creating optimum geometry to suit industry purpose
• Types of structural systems
• Applying gravity, wind and seismic loads to structures as per codes of practice
• Analysis methods and application
• Design using allowable stress design and load-resistance factor design methods
• Preparing bill of quantities for the designed structure