Abaqus Structural Analysis Training

Become an expert in Abaqus simulation software with Structural Analysis Skill set from our Industry experts in the same domain. 

150+ Enrollment with avg. 4.8* rating

Abaqus for structural engineering

Satisfaction

4.8* Rating (150+)

Enrollment

150+ Total Enrolled

Duration

1 Month (30+ Hours)

Educator

6+ Years Exp.

Start Date

11th May 2024

Abaqus Structural Engineering Training

The Abaqus Structural Engineering or Abaqus concrete damage plasticity Live Training Program is a thorough educational experience created for engineers looking to improve their proficiency using Abaqus software’s finite element analysis and simulation. A practical and interactive learning environment is offered by this live training programe, which covers subjects like behavior of CDP,  RC and Pre-stressed concrete beam, Column modelling, and damage analysis. Engineers can be given the information and resources they need via the Abaqus Structural Engineering Live Training Program to optimise designs, lower costs, and enhance project outcomes.

Key Highlights

Syllabus

The best in class videos, modelling tutorials and live project content created by leading faculty and FE modelling expert for this Abaqus structural analysis Training Program.

Training Offer

Industry Expert

Learn from Expert

Live Classes

30+ Hours Live Training

Workshops

3 Workshop Include

Certificate

Advanced Certificate

Our Students Testimonials

Trusted by Hundreds of Students Across the Global

The elastic cantilever beam is modeled using different elements, viz, solid features, shell elements, beam elements, and plane stress elements.

The video is regarding modeling steel beams. Constitutive modeling of steel under monotonic loading is discussed & applied to a Steel beam using Abaqus

Educator

Dr. Hari (PIGSO Educator)

An experienced academic as well as industry professional, Hari has 6 years of experience. In his corporate job, he deals with the FE Analysis as a Simulation Engineer. he holds Masters and a PhD in structural engineering domain from IIT. His expertise in Abaqus structural analysis makes him ideal for training students.

Syllabus

We offer best-in-class content in the form of videos, cases, assignments, and live sessions by expert faculty and industry expert.

  • Introduction of FEA and Abaqus
  • Geometry preparation
  • Model creation
  • Geometry partition and mesh the domains
  • Brief explanation on the Material Properties – Strength, ductility, toughness, young’s modulus, Poisson’s ratio
  • Mechanics of materials – Understanding stress & strain, True and engineering stress & strain, stress-strain curve
  • Hydrostatic and Deviatoric stresses, Discussion on different Failure theories of brittle and ductile materials
  • Basics of Finite Element Method
  •  
  • Introduction of the damage models available in abaqus: Concrete damage plasticity and ductility damage
  • Understanding the parameters and inputs required for damage model
  • CDP Modeling Example

Download the Complete Syllabus from below button


Join the Structural Engineering Abaqus Tutorial Training

Fees are Just

$99 USD or 7999 INR

Confirm your seat with completion of the payment by below mentioned link as per from your country origin.

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FAQs

The Abaqus Structural Engineering Live Training Program is a comprehensive educational experience built for engineers looking to improve their proficiency using Abaqus software's finite element analysis and simulation. The effective training can give engineers the skills and resources they need to streamline designs, cut costs, and enhance project results.

Yes, Its totally live online training program.

Yes,  Every participant can access the whole content recourses after complete the training program.

Yes, You can share your doubts at the end of the session of any day live training program.

Abaqus simulation software is used in structural engineering to analyze and simulate the behavior of structures under various loading conditions. It can be used to predict the response of structures to static, dynamic, and thermal loads, as well as to analyze the effects of material properties, boundary conditions, and other factors on the behavior of the structure. Abaqus can also be used to optimize the design of structures, helping engineers to create structures that are lighter, stronger, and more efficient.

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