STAAD Pro2018-08-24T13:18:01+00:00

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1 Understanding the usage of Plane and Space Frame Analysis
2 Modelling the Truss – 2D Frame
3 Modelling the 3D Frame Analysis
4
Understanding difference between statically determinate structure Vs.
Indeterminate structure
5 Modelling the 2D Truss and 3D Frame Analysis by using STAAD Editor
6 Short cut tool to check the Structural steel model
7 Modelling the plate (Either steel / concrete)
8 Understanding the different kind of support system
9 Advantages of using Simply support and Fixed support
10 Modelling the Ware House (Steel Structure)
11 Modelling the office Building (Steel structure)
12 Modelling the Mono pitch Roof
13 Modelling the Duo pitch Roof
14
Modelling the Tie beam (Concrete Structure) along with the 3D Steel
structural model
15 Adding the Mezzanine floor in the 3D Steel structural Model
16 Assigning the different kind of supports
17 Advantages of considering the knee bracing in the Structural analysis
18
Assigning the steel section sizes with respect to the design
requirements/Arch./other disciplines
19
Changing the axis of structural steel section with respect to Arch.
Requirements.
20
Creating the different kind of load cases for Gravity and Lateral (Wind,
Seismic)
21
Understanding the codal requirements for Imposed load with respect to
the Arch. Disciplines
22
Understanding the application of Wind force (Upward & Downward Wind
force)
23 Understanding the UBC code for Seismic parameters
24 Understanding the application of Seismic force
25 Understanding the load combination as per British Standard
26 Understanding the load combination as per American Standard
27 Understanding the load combination as per UBC code
28
Assigning the different kind of Load combination (Ultimate & Service)
with respect to BS, ACI & UBC.
29 Understanding the Moment Release on beams
30 Understanding the moment release on Floating columns
31 Assigning the Different kind of loads as follows
a). Point load
b). Uniformly distributed load
c). Uniformly Varying load
d). Area load
e). Applying the moment on the structural steel element

32 How to Analyse the model
33 Understanding the Design parameters prior to run the analysis.
34 Extracting the Base Reaction from the 3D Steel structural model
35
Extracting the Bending moment and Shear force from the Structural
elements.
36
Extracting the Diagrammatic Bending moment and Shear force from 3D
Steel Structural model.
37 Designing the Different kind of foundation as follows.
f). Isolated Footing
g). Strip footing
h). Combined Footing
38 Calculating the modulus of subgrade reaction.
39
Understanding the different equation for finding the modulus of elasticity
(Higher and lower grade concrete)
40 How to Design the Tie beams
41 How to Design the Pedestal
42 How to extract the force for connection design
43 How to create the Over all Structural steel report from software
44 Computing the Plate Stress (Major & Minor)
45 Designing the steel structure with different codes such as ACI, BS & EN
46
How to Optimize the section sizes by using SELECT and SELECT optimized
tools.
47 Computing the Efficiency factor of Structural steel design
48 Creating the Required Manual Report from software
49 Comparing the Actual programme Deflection Vs. Codal provisions
50 Comparing the Actual programme Drift Vs. Codal provisions