Steel Structure Design by American Code | Engineering Online Course by Udemy

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Steel Structure Design by American Code

STEEL ) ( :1 – AUTOCAD Layout .2 – STAAD SAP SAP ROBOT .3 – TEKLA STRUCTURE STEEL Detailing .4 – EXCEL .5- Limcon & Idea Statica. Lay Out Statically System Shop Drawings Detailing. Knowledge Tools STEEL Designer Detailer. 8. STEEL Knowledge Tool STEEL Supports Releases Loads Safe Unsafe. :/ . 3. Overview & Statically Systems Design Basis & General Behavior Design of Tension Members Design of Compression Members Design of Beams (Flexure & Shear) Design of Beam-Column Members Summary of Connections Design Analysis & Design + STAAD+SAP2000+Robot PRO: ============================== STAAD Pro Introduction Design of frame elements using STAAD Pro. Applying Lateral Loads using STAAD Pro. Application for Frame Design (Steel factory) Application for Truss Design (Steel factory) Application for Multi-Story Steel Structure How to create grids and generate model on staad pro even from scratch or from Tekla or cad. Starting a built up (Hanger) and we will design it from scratch and get our straining actions from staad pro also start to design the members. Learning how to create reports from staad pro and how to create calculation sheet. Define loads and types of loading cases (Dead Loads, Live Loads, Wind Loads). Shop Dwg. & STEEL Detailing + TEKLA STRUCTURE: ========================================= Revision on all steel fundamentals which include (steel grades welds bolts) with each type also the different kinds of drawings and the difference between them (IFC Drawings (Design Drawings)-General Arrangement Drawings (Erection Drawings)-Assembly Drawings-Single Part Drawings). Dealing with tekla views (3D view or 2D view) and how to create these views and the difference between them also creating grids and dealing with it for creation of any model or structure building easily how complexity is it. Different types of steel members and how to create them on tekla as 1st the main steel parts like: ( Beam Column Girder Post Hanger Vertical Bracing Horizontal Bracing ) then 2nd how to create the secondary parts which included in components of steel connection like ( contour plates (gusset plate end plate shear plate base plate cap plate bent plate )-clip angles sheets ) After knowing how to create views and grids trainee will be able to create a full steel structure on tekla but without any connection as he will be able to make a 3d model called (MTO MODEL) which means a model without connections which used to define the weight and the required materials for the factory. Dealing with the steel member itself by cutting it or welding it also making bolts connection with other steel members. After knowing how to make bolted connections you will know how to transform this connection to custom component connection can be used in other projects and by this you can gain more time for you and the factory also you will know a simple presentation about the macros connection done by tekla being able to present the most important macros we used in tekla and how to deal with them like (end plate shear plate haunch base plate clip angles) Creation of reports and dealing with the model to give the factory the most important information about the following data: the total gross weight of the model the total net weight of the modelreport about the diameter of bolts and the material of them in the model.

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