- Steel structures in Industry
- Stress-strain behavior of structural steel
- Properties of steel & Shapes
- Types of industrial structures
- Key Design factors
- Types of Structural systems in steel building
- General loads on industrial structures
- Basic Structural steel elements
- Gravity and lateral load path
- Structural redundancy
- General Design Procedure
- Iterative Design Process
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- Analysis and Design of Industrial Structures using STAAD.Pro
Analysis and Design of Industrial Structures using STAAD.Pro
Gain knowledge on designing different industrial structures with the Analysis and Design of Industrial Structures using STAAD.Pro certification course.
Online
12 Weeks
Quick facts
particular | details | |
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Medium of instructions
English
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Mode of learning
Self study
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Mode of Delivery
Video and Text Based
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Course overview
The Analysis and Design of Industrial Structures using STAAD.Pro certification is an online 12 week programme that is prepared, produced by SKill Lync. This course gives a comprehensive idea of industrial steel structures that gives a general overview of a steel building’s structural systems. Here each element exposure to design, and material specification is explained to the students with the use of the Limit State Design method based on IS 800: 2007.
The Analysis and Design of Industrial Structures using STAAD.Pro training gives deep-rooted exposure to STAAD Pro which is a software that enables every student to analyse, model, and then design an industrial structure. Another focus of this course is especially on the Pre Engineered Buildings and Pipe racks with the help of case studies. The different steps that get involved in designing substructures are also taught to these participants that will give them a fulfilling idea on industrial designing.
The highlights
- 12 weeks programme
- Civil engineering course
- Flexible programme fee
- Completion certificate
- 1-on-1 demo sessions
Program offerings
- Online programme
- Merit certificate
- Completion certificate
- E-verified profile
- Technical projects
- Professional portfolio
- Group video support
- Telephone support
- Forum support
- Email support
- Software
- Technical support
- 12 weeks course
Course and certificate fees
Analysis and Design of Industrial Structures using STAAD.Pro Fee Structure
Description | Fee in INR |
Programme Fee | Rs. 40,000 |
certificate availability
certificate providing authority
Eligibility criteria
Educational Qualification
Civil engineering students who have degrees related to B.E or B.Tech, and M.E or M.Tech. Some prerequisites mentioned are understanding of codes and standards, the strength of materials, and Mathematics.
Certification Qualifying Details
- The course and project completion will lead to the Analysis and Design of Industrial Structures using STAAD.Pro certification by Skill Lync. Additionally, merit certificates are reserved for students being in the top 5%.
What you will learn
Some topics that are taught through this Analysis and Design of Industrial Structures using STAAD.Pro certification syllabus is:
- Introduction of industrial structures
- Loading on structure
- Types of industrial structures
- Design of Steel frame
- Introduction to STAAD Pro.
- A basic introduction to STAAD foundation
- PEB & Pipe rack structure
- Typical foundation design using STAAD Pro.
Who it is for
All the civil engineering students having prerequisite information on the strength of codes materials, Mathematics, and standards are allowed so that they establish themselves as structural engineers.
Admission details
Here is the Analysis and Design of Industrial Structures using STAAD.Pro classes admission process:
Step 1: Visit the official site of Skill Lync:
https://skill-lync.com/civil-engineering-courses/modelling-analysis-industrial-structures-staadpro.
Step 2: By clicking on the ‘Enrol Now’ button, the students shall take one step closer to the admission process.
Step 3: Then comes the process of signing up or signing in.
Step 4: After the above step, fee payment will ensure admission confirmation.
The syllabus
Introduction to Industrial Structures
Design of Tension Member
- Types of Tension members
- The behavior of Tension member
- Failure mode possibilities
- Design strength of Tension members
- Factors affecting member strength
- Shear Lag
- Sections used for Tension member
- Design of Tension member
Design of Compression Member
- Types of the compression member
- Behavior of Compression member
- Failure mode possibilities
- Sections used for compression member
- Effective length of compression member
- Design of compression member
- Built-up Compression member design
- Types of the compression member
- Behavior of Compression member
- Failure mode possibilities
- Sections used for compression member
- Effective length of compression member
- Design of compression member
- Built-up Compression member design
Design of Beams
- Types of beam
- Loads on Beam
- Section classification
- Lateral stability of beams
- The effective length of beams
- Design of Laterally restrained beams
- Design of Laterally supported and unsupported beams
- Design of Purlins (Hot rolled)
Design of Plate Girder
- Types of Sections
- Elements of plate girder
- General considerations
- Proportioning of section.
- Preliminary sizing
- Design of plate girder using IS 800:2007
Structural System of Industrial Structure
- Lateral load resisting system
- Vertical load resisting system
- Flooring system (Plating grating & Deck Beam)
- Grating & chequered plate
- Composite floor deck
Modelling of Structure in STAAD Pro
- Introduction to STAAD Pro.
- Modeling Nodes & Beam element
- Generating Model geometry
- Viewing Geometry
- Creating groups
- Assigning properties
- Assigning specification
- Modeling tapered members
- Assigning custom sections using user table
- Member material specification
- Modeling Finite elements
- Modeling in physical modeler
Loading, Analysis and Design Procedure in STAAD Pro
- Creating load cases
- Applying Self-weight
- Modeling member loads, Floor loads
- Application of Load (Vertical/Lateral)
- Modeling reference loads
- Modeling of moving loads
- Seismic load generation
- Wind load generation
- Application of Design parameters
- Performing simple analysis
- Post processing Result interpretation
Analysis & design of Typical Steel Frame structure using STAAD. Pro
- Input preparation
- General modeling
- Load & Load calculations
- Analysis of structure
- Application of design parameters
- Design of structure
- Interpretation of post-processing results
Modeling , Analysis & Design of Industrial building (PEB) in STAAD pro
- Introduction to Pre Engineered Building
- Comparison of PEB Over Conventional Building
- Various Components of PEB
- General Loads on PEB
- Load Combination as per IS 800: 2007 & AISC ASD
- Input preparation
- Load & Load calculations
- Analysis of structure
- Application of design parameters
- Design of structure
Analysis & design of Pipe Rack structures using STAAD pro
- Introduction to pipe racks
- Components of pipe racks
- Types of Pipe racks
- Loads on pipe racks
- Load combination as per AISC LRFD & ASD
- Design criteria of structure
- Pipe rack structure – Case study
Design of Foundation using STAAD foundation
- Introduction to STAAD. Foundation
- Modeling supports
- Modeling support loading
- Importing information from STAAD.Pro
- Design of isolated footing
- Design of eccentric isolated footing
- Design of continuous footing
- Design of pile cap
- Design of soil supported mat foundation
- Design of pile-supported mat foundation
How it helps
The Analysis and Design of Industrial Structures using STAAD.Pro certification benefits are:
- There are different kinds of technical support like chat, email, video, telephone, and forum supports available for query resolution.
- This course is a part of job leading courses hence after pursuing this the candidates are going to secure good jobs.
- If the candidates are unsure of opting into this course, they may use the demo access, and understand if this certification suits them.
FAQs
Basically, emails support is the section of technical support engineers who guide through queries.
A project portfolio dedicated page is offered.
STAAD.Pro is that software which shall be introduced.
Yes, this course will close the knowledge gap towards pursuing MS or Ph.D.
The number of months for video interaction support is 12.