What you'll learn
Dlubal RFEM
Initial Setting
Modelling of the Concrete Elements
Proper Modelling the Stairs
Stair Head Modelling
How to apply the Loads Properly
Analysis of the Concrete Members
Design of the Concrete Members
and many more things.......
Requirements
Dlubal RFEM installed
Description
Complete Modelling , Analysis and Design of the Residential Building in Dlubal RFEM.We will learn from the Basics so that you can understand each and everything in the Dlubal RFEM.We will learn these things :-Initial SettingsModelling of the Concrete ElementsStaircase ModellingLoadsAnalysis Design and many more things................RFEM is a powerful 3D FEA program helping structural engineers meet requirements in modern civil engineering. Efficient data input and intuitive handling facilitate modeling of simple and large structures.The structural analysis program RFEM is the basis of a modular software system. The main program RFEM is used to define structures, materials, and loads for planar and spatial structural systems consisting of plates, walls, shells and members. The program also allows you to create combined structures as well as model solid and contact elements.Intuitive Graphical User-InterfaceA structure is created in the graphical user interface typical for CAD programs or by using tables. Right-clicking on graphical or navigator objects activates the shortcut menu, which facilitates creating or editing such objects. The user interface is operated intuitively. Therefore the model and loading objects can be created in a minimal amount of time.So if you are interested in the in learning the Dlubal RFEM this course is for you !!!
Overview
Section 1: Initial Settings in the Dlubal RFEM
Lecture 1 Create a New File in Dlubal RFEM
Lecture 2 Setting up the Unit
Lecture 3 Setting up the Grids
Lecture 4 Modifying the Grid Lines in Dlubal RFEM
Lecture 5 How to create the nodes
Section 2: Modelling of the Concrete Elements
Lecture 6 Modelling of the Column
Lecture 7 How to rotate the Column
Lecture 8 Provide Fixed Support to the Column
Lecture 9 Modelling of the Plinth Beam
Lecture 10 How to solve problem related with the modelling of the beam
Lecture 11 Modelling of the Ground Floor Column
Lecture 12 Modelling of the Floor Beam
Lecture 13 Modelling of the Slab
Section 3: Staircase Modelling
Lecture 14 Modelling of Staircase Beam a the Base
Lecture 15 Modelling of the Mid Landing Beam
Lecture 16 Modelling of Staircase ( 1st Half )
Lecture 17 Visibilty back to normal
Lecture 18 Modelling of the Staircase Completed
Lecture 19 Transparent to Solid
Section 4: Modelling of the Floor
Lecture 20 Modelling of the First Floor
Lecture 21 Modelling of Three More Story
Lecture 22 StairHead Modelling
Lecture 23 Set the Thickness of the Slab
Section 5: All about the Load Cases
Lecture 24 Load Cases Defined
Lecture 25 FF Applied
Lecture 26 Change the Thickness of the Slab
Lecture 27 Partition Wall Load on Surfaces
Lecture 28 Apply the loads on the Beam
Lecture 29 PW Loads on the Plinth Beam
Lecture 30 Nodes size reduced
Lecture 31 Floor Live Load Applied
Lecture 32 Stair Live Applied
Lecture 33 Roof Live Applied
Lecture 34 Apply Wind Load for Positive Load Cases
Lecture 35 Apply the Negative Wind Load
Lecture 36 Earth Quack Forces in Dlubal Refm
Section 6: Analysis and Analysis Result
Lecture 37 How to run the Analysis
Lecture 38 Analysis Result
Section 7: Design and Design Result
Lecture 39 Design of Column
Lecture 40 Design Results of the Columns
Lecture 41 Design of the Concrete Members in one Go
Civil Engineers,Structural Engineers


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