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C8. Composite Sections (Beams/Slabs)  Composite sections are made up of the assembly, rigid or e...

C6. Connections - links – assembly C.6.1 Releasing the bars/springs/degrees of freedom In all m...

C3. FE and meshing C.3.1 Types of finite elements First and foremost, the user of FE software m...

C2. Modeling of the main elements C.2.1 Creating the geometry The first stage of modeling consi...

C1. Input data and units The input data must be consistent, whether these values are defined in ...

B. Calculation objectives and necessary tool characteristics  Creating a finite element computat...

A2. What is a finite element? The resolution of the efforts in the elements is carried out follo...

A1. What does the software do in a finite element calculation? The example of beam structures Th...

F8. Characteristic scales Firstly, to frame the discussion about soil dynamics problems, it is n...

E2. Quantities in Dynamics Time-dependent analyses Post-processing of time-dependent qu...

E1. Generalities The different post-treated quantities may change significantly according to the...

D2. Different categories of structural elements  Here are presented the peculiarities of these e...

D1. Civil engineering materials The objective of this chapter is to highlight the peculiarities ...

C3. Implementation The correct method consists of always proceeding step by step so that non-lin...

C2. Why performing non-linear calculations As in many areas of physics, it is only reasonable to...

C1. Mechanical non-linear problems Description of possible non-linearities The non-line...

B3. Considering damping The damping of a structure’s vibration is related to dissipation phenome...

B2. Analysis based on a direct temporal integration  Schemes of integration Main Principles: T...

B1. Analysis based on a modal search A reminder of the concept of simple oscillator – Concept of...

Chapter B. Dynamics For many applications such as seismic calculations, collisions, vibrations… ...