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[CIVIL NX] Structural Analysis
Discover fundamental courses in structural analysis.
1. Simple Beam
In this lecture, we will learn the concepts, principles, and mechanical behavior of simple beams, and practice with midas Civil for examples. Compare the results of the practice with the theoretical solutions.
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2. Cantilever Beam
In this lecture, We will learn about the concepts, principles, and behaviour of cantilever beams. Besides this, we will learn how to calculate the internal forces at any location of the beam. And then, we will compare the results like SFD, BMD and deflection, of the cantilever beam having different loading conditions using midas Civil.
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3. Truss
In this lecture, We will learn about the concepts, principles, and behaviour of the Truss structure. We will also get to know, why the Truss is effective to span large distances. And then, We will compare the results like Axial forces and deflection, of the Truss having different boundary conditions using midas Civil.
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4. Arch
In this lecture, We will learn about the concepts, principles, and behaviour of the arch structure. We will also get to know, why the arch is effective to span large distances. And then, We will compare the results like Axial forces, BMD and deflection, of the Arches having different heights for the same span using midas Civil.
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5. Continuous Beam
In this lecture, We will learn about the concepts, principles, and behaviour of continuous beams. We will also learn the concepts of indeterminacy in structure and how to analyse it. And then, We will compare the results like BMD and deflection, of the continuous beam having different boundary conditions using midas Civil.
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6. Frame
In this lecture, We will learn about the concepts, principles, and behavior of the Frame structure. We will also learn the concepts of Rigid/fixed joint in frame structure and how it behaves in different types of loadings. And then, We will compare the results like BMD, SFD and deflection of the frame having different boundary conditions (With and without internal hinge) using midas Civil.
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7. Inclined Support
In this lecture, We will learn about the concepts, principles, and behavior of the structure having inclined support. Besides this, we will learn how to apply the method of consistence deformation for the frame structure. And then, we will compare the results like BMD, SFD, and deflection of the frame having different boundary conditions (inclined support vs vertical support) using midas Civil.
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8. Spring
In this lecture, We will learn about the concepts, principles, and behavior of the structure having spring support. Besides this, we will learn about the various boundary springs available in midas Civil. And then, We will compare the results of deflection of the frame having two different models (one with internal hinge and the other with spring) using midas Civil.
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9. Specified Displacement
In this lecture, We will learn about the concepts, principles, and behavior of the structure having specified Displacement. Besides this, we will learn about the flexibility matrix method of analysis. We will compare the results like BMD, SFD and deflection of the continuous beam having specified displacement in it.
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10. Moving Load
In this lecture, We will learn about the concepts, principles, and behavior of the structure having moving load in it. Besides this, we will learn about the concepts of influence line diagram and how it is helpful in moving load analysis.
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Structural Analysis Quiz
There are 20 quizzes consisting of the contents of Structural Analysis Lectures 1-10. A certificate is issued when you answer 60% or more correctly.
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