PEB with Analytical Modeler: Part 2.8 - Gravity Load || Dead, Live, Dust load || Inclined Floor load скачать в хорошем качестве

PEB with Analytical Modeler: Part 2.8 - Gravity Load || Dead, Live, Dust load || Inclined Floor load

Pre-engineered buildings are the most common type of steel building and widely used for commercial structures like large warehouse, factory shed or office buildings. Due to it's extra advantages and cost effectiveness, PEB structures are now more popular in the construction industry. In this new series on modelling, analysis and design of PEB structure, I will cover various modelling techniques, using STAAD analytical as well as the physical modeler, discuss how to generate the 3d model correctly and reuse the geometry information to assign specification, property and design parameters. Also I will introduce several custom templates which can help us in modelling. In this video, I will discuss about different types of gravity load including dead and live load, and how to apply these loads correctly using group. Load application on an inclined floor is a bit tricky, range option is not suitable for floor load. I have covered how we can use floor group to apply load on an inclined roof. Previous Part: Part 2.7 - Load Case for Analysis & Design || Gravity, Lateral, Crane load --    • PEB with Analytical Modeler: Part 2.7...   Complete Playlist on Pre Engineered Building--    • Modelling Analysis and Design of PEB ...   **************************************************************************** Steel Structure Optimization with STAAD --    • Steel Structure Optimization with STAAD   Implementation of IS800:2007 code in STAAD.Pro CONNECT Edition --    • IS800:2007 code implementation in STA...   Design Automation with STAAD --    • Design Automation with STAAD