This module is the first step to analyse the virtual model for its integrity and strength.
This module will gain you mastery on the differences between linear static analysis and Non-linear static analysis, and also aid to choose the type of analysis, weather a linear static or a non-linear static to be performed.
This modue will gain expertise in replicating the physical set-up of the model and understanding its behaviour due to external loads, for its strength to check wheather the structure can withstand the desired loads.
This module will also make you to take design decisions on the structure due to its external loads, for its strength before it is manufactured. Which it turn will help you to reduce the number of physical prototypes and you will appreciate the value of FEA.
Linear Static analysis is considered as the first step of performing an analysis due to its external loads.
You will get to know how to perform a linear static analysis and how to set up the assembly of the model to replicate the physical set up in terms of its external load and how the model is placed or constrained.
you will also get to the understand what are the key factors to check the on the linear static analysis and to visualize the model how it is behaving in the real time condition.
Non-Linear Static analysis is the next level of the linear static analysis. Every real time problem is non-linear for the sake of our simplicity we have categorized the probelms like Linear and Non-Liner.
In this module you will gain mastery in setting up the model considering the different non-linearities including materials and geometry.
You will also learn the types of non-linearities and you will learn why non-linearity is required in terms of the loads applied on to the structure.
This module will give you how your technical skills can be coupled with software skills in validating the design for its strength and integrity.
Apart from the technical skills, you will get to understand what are the factors to be considered in validating the design.