Inventor Nastran is Finite Element Analysis (FEA) software. It uses the Nastran computational kernel for the calculations. The program offers, among others linear and non-linear structural analyzes possibility to study dynamic phenomena or heat transfer and to conduct fatigue analyzes. Its great advantage is the possibility of direct integration with CAD software, including Autodesk Inventor. Nastran has a simple and intuitive interface.
It is estimated that up to 90% of analyzes performed in the world are linear static analyzes. Their popularity is primarily due to the ease of use and the availability of a linear solver in most commercial CAD programs.
Linear static analyzes allow us to analyze most of the structural problems in terms of the applicability of Hook’s Law (stress proportional to deformation). Unfortunately, linear analysis is overused.
Inventor Nastran will allow us to perform more complex analyzes when the situation requires it.
Nonlinear analyzes allow the inclusion in our simulations of phenomena that cannot be effectively analyzed with the help of linear analyzes. There are 3 basic types of non-linearity, i.e. geometric nonlinearity, material nonlinearity and nonlinear contact. The basic assumption of linear analyzes is the principle of small displacements, and when this principle does not apply, we are dealing with geometric nonlinearity. As for the material nonlinearity, we will use it in every case where the displacement response of our element to the excitation will not be linear, i.e. primarily after exceeding the yield point for elastic-plastic materials and in the case of materials that do not show the typical linear range, e.g. materials hyperelastic. Non-linear contact is all kinds of contact issues in which the contact state changes during the analysis, e.g. elements at the beginning of the analysis are not in contact, but as a result of the action of force, one of the elements deforms so much that it comes into contact with the other element .
Dynamic analyzes allow for the analysis of the system given the excitation in the time domain. Additionally, in dynamic analyzes, the program takes into account inertia forces, which in many cases are critical for the strength of the element.
The fatigue analysis module in Inventor Nastran allows you to study both low and high cycle fatigue phenomena. Every time we know that the element we design will be subjected to cyclic loading, we should check its fatigue life.
Thanks to thermal analysis, we can simulate thermal phenomena both in the linear range
Begin your adventure with endurance simulations in Inventor Nastran.
Online training aimed at people who want to master the basics of strength simulation using the finite element method. The course is conducted with the use of modern ICT tools enabling free communication between participants and the teacher.
Each participant of the course receives training materials in an electronic version, and after completing the training, an Autodesk certificate confirming the acquired knowledge in the field of working in Inventor Nastran.
The training is dedicated primarily to people starting their adventure with simulations using the finite element method and to people who want to get acquainted with the operation and interface of Inventor Nastran.
During the two-day training, we will provide you with the necessary theoretical knowledge of the strength of materials and the finite element method, and we will teach you how to use the Inventor Nastran simulation environment.