MIDAS Academy
Get started MIDAS SW with tutorial series
Learning
Understand the analysis process in construction methods and learn how to analyze using Midas Collection.
Beginner Course
Intermediate Course
Advanced Course
Expert Course
MIDAS Knowledge Base
Webinar
[Structure] Beginner Course
[Structure] Intermediate Course
[Structure] Advanced Course
[Structure] Expert Course
[Structure] MIDAS Knowledge Base
[Structure] Webinar
[Geotechnical] Beginner Course
[Geotechnical] Intermediate Course
[Geotechnical] Advanced Course
[Geotechnical] Export Course
[Geotechnical] MIDAS Knowledge Base
[Geotechnical] Webinar
[Mechnical] Intermediate Course
[CAD] Webinar
[Mechnical] Expert Course
[CAD] Beginner Course
[CAD] Intermediate Course
[Mechnical] Beginner Course
[CAD] Advanced Course
[Mechnical] Advanced Course
[Mechnical] Webinar
[CAD] MIDAS Knowledge Base
[Mechnical] MIDAS Knowledge Base
[CAD] Expert Course
API Course
Student Learning
Foster an understanding of basic structural engineering principles acquired during university studies and to apply this knowledge by solving textbook examples using Midas software.
Structural Analysis
[CIVIL NX] API Course
An API(Application Programming Interface) is a crucial tool for sharing information and effective communication with other software systems that offer services. Learn the concepts of API and the application methods of the product in this course.
FREE
1 Course
API Course
[CIVIL NX] Structural Analysis
Discover fundamental courses in structural analysis.
FREE
11 Courses
Beginner Course
[CIVIL NX] Intermediate Course
Functional training based on specialized functions and analysis groups used for structural forms/methods
FREE
2 Courses
Intermediate Course
Geotechnical Analysis
Check out essential knowledge for the geotechnical anaysis with MIDAS SW.
FREE
11 Courses
Geotechnical Analysis
[CIVIL NX] Beginner Course
Basic modeling training to understand the theory of mechanics and the overall structural system of a structure.
FREE
5 Courses
Beginner Course
[CIVIL NX] Moving Load Analysis
Learn the Moving Load analysis function provided by MIDAS CIVIL NX and understand the moving load by standards.
FREE
1 Course
Intermediate Course
2D/3D CAD
2D/3D drawing with MIDAS SW
FREE
2 Courses
2D/3D CAD
Structural Analysis
You can find out fundamental courses of the structural analysis.
FREE
11 Courses
Structural Analysis
Beginner Course
[CIM] Beginner Course
Intended for new CIM users, this course introduces an independent 3D modeling environment and the program's basic usage.
FREE
2 Courses
Beginner Course
1. AASHTO LRFD
Discover how to apply a moving load according to the AASHTO LRFD Code using MIDAS CIVIL NX.
FREE
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis Quiz
1. 2-Span PSC Composite I Girder Bridge
Learn to model, analyze, and report on a 2-span PSC Composite I Girder Bridge, considering construction stages for practical application
FREE
2. Construction Stage Analysis
Learn how to define construction stages for composite section.
FREE
5. Web Opening Detail Analysis
Learn about detailed analysis modeling of girder web opening locations and checking the results.
FREE
1. Understanding of FEM
Learn the basic concepts of finite element analysis, which is essential for structural analysis of modern structures, and the basic information engineers need to know for practical application.
FREE
3. 3D-2Bay Frame
Learn about the modeling process using the program and how to check the results through the 3D Frame structure.
FREE
2. Introduction to MIDAS CIVIL NX
Learn about the new GUI of MIDAS CIVIL NX and the features provided by the program.
FREE
4. Single-Span Arch Bridge
Learn about modeling and analysis results of an arch bridge with vehicle moving loads applied within a single span
FREE
1. Create PSC Box Girder 2D Drawing
In this lecture, you will learn the concept of what 2D CAD Software is. In addition, after learning about the functions of midas CAD theoretically, learn how to draw the section view, top view, and side view of the PSC Box Girder through practice.
FREE
2D/3D CAD
2. Create PSC Box Girder 3D Model
In this lecture, you will learn the concept of what 3D CAD(BIM) Software is. In addition, after learning about the functions of midas CIM theoretically, learn how to create the 3D model of the PSC Box Girder through practice.
FREE
2D/3D CAD
[MIDAS API] API Basic Tutorial
An API(Application Programming Interface) is a crucial tool for sharing information and effective communication with other software systems that offer services. Learn the concepts of API and the application methods of the product in this course.
FREE
2. Understanding of Alignment-Constraints
In this course, you'll learn how to place 3D models for road alignment and understand the alignment's relationship with 3D models.
FREE
Beginner Course
1. Understanding of MIDAS CIM
Designed for beginners in MIDAS CIM, this course introduces the program's fundamental concepts.
FREE
Beginner Course
2. Linear Numerical Analysis (Elastic Analysis)
In this lecture, We will learn about the concepts and principles of linear numerical analysis. Also, we will learn about the matrix method of numerical analysis. In order to comprehend the linear analysis utilizing GTS NX software, we will also conduct the uniaxial compression test on a granite rock specimen. The findings will be compared with those obtained manually and using the program.
FREE
Geotechnical Analysis
1. Concept of Geotechnical Numerical Analysis
In this lecture, We will learn about the concepts and principles of Geotechnical numerical analysis. we will learn about the Single degree of freedom system (SDOF) and multiple degrees of freedom system (MDOF). then, we will see in detail the procedure to perform numerical (FEM) analysis using the software. After that, we Analyse the 1D, 2D, and 3D models using GTS NX software.
FREE
Geotechnical Analysis
3. Nonlinear Numerical Analysis (Elasto-plastic Analysis)
In this lecture, We will learn about the concepts and principles of nonlinear numerical analysis. Through this lecture, we will understand the working of nonlinear numerical analysis deeply. In order to comprehend the nonlinear analysis utilizing GTS NX software, we will also conduct the uniaxial compression test on a granite rock specimen. The findings will be compared with those obtained manually and using the program.
FREE
Geotechnical Analysis
6. Shear Stress
In this lecture, We will learn about the concepts and principles of Shear stress of soil. Then we will discuss the various parameters to determine the shear stress. We will also discuss the field method to determine the shear stress of soil. Moreover, In order to comprehend the soil shear stress utilizing GTS NX software, we will simulate the triaxial test with different drained conditions of the soil. The findings will be compared with those obtained manually and using the program.
FREE
Geotechnical Analysis
Geotechnical Analysis Quiz
There are 20 quizzes consisting of the contents of Geotechnical Analysis Lectures 1-10. A certificate is issued when you answer 60% or more correctly.
FREE
9. Earth Pressure
In this lecture, We will learn about the concepts and principles of Earth Pressure. We will understand the Active and Passive earth pressures deeply. Moreover, In order to comprehend the earth pressure utilizing GTS NX software, we will simulate the active and passive pressure of a retaining wall structure. The findings will be compared with those obtained manually and using the program.
FREE
Geotechnical Analysis
5. Soil Deformation
In this lecture, We will learn about the concepts and principles of soil deformation. Through this lecture, we will look into the immediate settlement of soil. We will also discuss the method of numerical solution for soil deformation. Moreover, In order to comprehend the soil deformation utilizing GTS NX software, we will also conduct the settlement analysis due to the continuous foundation installed on the elastic ground.
FREE
Geotechnical Analysis
8. Slope Stability
In this lecture, We will learn about the concepts and principles of slope stability. We will discuss the various type of slopes and their analysis method separately. We will learn how to calculate the factor of safety (FOS) for various types of slopes. Moreover, In order to comprehend the slope stability utilizing GTS NX software, we will simulate a Circular failure in the Slope. The findings will be compared with those obtained manually and using the program.
FREE
Geotechnical Analysis
4. Soil Stress
In this lecture, We will learn about the concepts and principles of soil stress. Through thus We will learn about the two major stresses which are generated in the soil, i.e. initial and induced stress. We will also see the different theories/methods to calculate soil stress based on the loading type. In order to comprehend the Soil stress utilizing GTS NX software, we will model the strip load on the elastic ground.
FREE
Geotechnical Analysis
7. Bearing Capacity
In this lecture, We will learn about the concepts and principles of the bearing capacity of the soil. Then we will discuss the various method to determine the bearing capacity of the soil, which include both the theoretical method and field test method. Moreover, In order to comprehend the bearing capacity of the soil utilizing GTS NX software, we will simulate a simple shallow foundation (strip footing). The findings will be compared with those obtained manually and using the program.
FREE
Geotechnical Analysis
10. Seepage Analysis
In this lecture, We will learn about the concepts and principles of Seepage analysis. We will understand the theoretical methods to determine seepage deeply. Also we will discuss the phreatic line theory of a dam body. Moreover, In order to comprehend the seepage utilizing GTS NX software, we will Calculate the seepage flow rate that occurs in the ground including the embankment. The findings will be compared with those obtained manually and using the program.
FREE
1. AASHTO LRFD
Discover how to apply a moving load according to the AASHTO LRFD Code using MIDAS CIVIL NX.
FREE
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis Quiz
1. 2-Span PSC Composite I Girder Bridge
Learn to model, analyze, and report on a 2-span PSC Composite I Girder Bridge, considering construction stages for practical application
FREE
2. Construction Stage Analysis
Learn how to define construction stages for composite section.
FREE
5. Web Opening Detail Analysis
Learn about detailed analysis modeling of girder web opening locations and checking the results.
FREE
1. Understanding of FEM
Learn the basic concepts of finite element analysis, which is essential for structural analysis of modern structures, and the basic information engineers need to know for practical application.
FREE
3. 3D-2Bay Frame
Learn about the modeling process using the program and how to check the results through the 3D Frame structure.
FREE
2. Introduction to MIDAS CIVIL NX
Learn about the new GUI of MIDAS CIVIL NX and the features provided by the program.
FREE
4. Single-Span Arch Bridge
Learn about modeling and analysis results of an arch bridge with vehicle moving loads applied within a single span
FREE
1. Create PSC Box Girder 2D Drawing
In this lecture, you will learn the concept of what 2D CAD Software is. In addition, after learning about the functions of midas CAD theoretically, learn how to draw the section view, top view, and side view of the PSC Box Girder through practice.
FREE
2D/3D CAD
2. Create PSC Box Girder 3D Model
In this lecture, you will learn the concept of what 3D CAD(BIM) Software is. In addition, after learning about the functions of midas CIM theoretically, learn how to create the 3D model of the PSC Box Girder through practice.
FREE
2D/3D CAD
[MIDAS API] API Basic Tutorial
An API(Application Programming Interface) is a crucial tool for sharing information and effective communication with other software systems that offer services. Learn the concepts of API and the application methods of the product in this course.
FREE
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis Quiz
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
2. Understanding of Alignment-Constraints
In this course, you'll learn how to place 3D models for road alignment and understand the alignment's relationship with 3D models.
FREE
Beginner Course
1. Understanding of MIDAS CIM
Designed for beginners in MIDAS CIM, this course introduces the program's fundamental concepts.
FREE
Beginner Course
2. Linear Numerical Analysis (Elastic Analysis)
In this lecture, We will learn about the concepts and principles of linear numerical analysis. Also, we will learn about the matrix method of numerical analysis. In order to comprehend the linear analysis utilizing GTS NX software, we will also conduct the uniaxial compression test on a granite rock specimen. The findings will be compared with those obtained manually and using the program.
FREE
Geotechnical Analysis
1. Concept of Geotechnical Numerical Analysis
In this lecture, We will learn about the concepts and principles of Geotechnical numerical analysis. we will learn about the Single degree of freedom system (SDOF) and multiple degrees of freedom system (MDOF). then, we will see in detail the procedure to perform numerical (FEM) analysis using the software. After that, we Analyse the 1D, 2D, and 3D models using GTS NX software.
FREE
Geotechnical Analysis
3. Nonlinear Numerical Analysis (Elasto-plastic Analysis)
In this lecture, We will learn about the concepts and principles of nonlinear numerical analysis. Through this lecture, we will understand the working of nonlinear numerical analysis deeply. In order to comprehend the nonlinear analysis utilizing GTS NX software, we will also conduct the uniaxial compression test on a granite rock specimen. The findings will be compared with those obtained manually and using the program.
FREE
Geotechnical Analysis
6. Shear Stress
In this lecture, We will learn about the concepts and principles of Shear stress of soil. Then we will discuss the various parameters to determine the shear stress. We will also discuss the field method to determine the shear stress of soil. Moreover, In order to comprehend the soil shear stress utilizing GTS NX software, we will simulate the triaxial test with different drained conditions of the soil. The findings will be compared with those obtained manually and using the program.
FREE
Geotechnical Analysis
Geotechnical Analysis Quiz
There are 20 quizzes consisting of the contents of Geotechnical Analysis Lectures 1-10. A certificate is issued when you answer 60% or more correctly.
FREE
9. Earth Pressure
In this lecture, We will learn about the concepts and principles of Earth Pressure. We will understand the Active and Passive earth pressures deeply. Moreover, In order to comprehend the earth pressure utilizing GTS NX software, we will simulate the active and passive pressure of a retaining wall structure. The findings will be compared with those obtained manually and using the program.
FREE
Geotechnical Analysis
5. Soil Deformation
In this lecture, We will learn about the concepts and principles of soil deformation. Through this lecture, we will look into the immediate settlement of soil. We will also discuss the method of numerical solution for soil deformation. Moreover, In order to comprehend the soil deformation utilizing GTS NX software, we will also conduct the settlement analysis due to the continuous foundation installed on the elastic ground.
FREE
Geotechnical Analysis
8. Slope Stability
In this lecture, We will learn about the concepts and principles of slope stability. We will discuss the various type of slopes and their analysis method separately. We will learn how to calculate the factor of safety (FOS) for various types of slopes. Moreover, In order to comprehend the slope stability utilizing GTS NX software, we will simulate a Circular failure in the Slope. The findings will be compared with those obtained manually and using the program.
FREE
Geotechnical Analysis
4. Soil Stress
In this lecture, We will learn about the concepts and principles of soil stress. Through thus We will learn about the two major stresses which are generated in the soil, i.e. initial and induced stress. We will also see the different theories/methods to calculate soil stress based on the loading type. In order to comprehend the Soil stress utilizing GTS NX software, we will model the strip load on the elastic ground.
FREE
Geotechnical Analysis
7. Bearing Capacity
In this lecture, We will learn about the concepts and principles of the bearing capacity of the soil. Then we will discuss the various method to determine the bearing capacity of the soil, which include both the theoretical method and field test method. Moreover, In order to comprehend the bearing capacity of the soil utilizing GTS NX software, we will simulate a simple shallow foundation (strip footing). The findings will be compared with those obtained manually and using the program.
FREE
Geotechnical Analysis
10. Seepage Analysis
In this lecture, We will learn about the concepts and principles of Seepage analysis. We will understand the theoretical methods to determine seepage deeply. Also we will discuss the phreatic line theory of a dam body. Moreover, In order to comprehend the seepage utilizing GTS NX software, we will Calculate the seepage flow rate that occurs in the ground including the embankment. The findings will be compared with those obtained manually and using the program.
FREE
1. AASHTO LRFD
Discover how to apply a moving load according to the AASHTO LRFD Code using MIDAS CIVIL NX.
FREE
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis
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.
FREE
Structural Analysis Quiz
1. 2-Span PSC Composite I Girder Bridge
Learn to model, analyze, and report on a 2-span PSC Composite I Girder Bridge, considering construction stages for practical application
FREE
2. Construction Stage Analysis
Learn how to define construction stages for composite section.
FREE
5. Web Opening Detail Analysis
Learn about detailed analysis modeling of girder web opening locations and checking the results.
FREE
1. Understanding of FEM
Learn the basic concepts of finite element analysis, which is essential for structural analysis of modern structures, and the basic information engineers need to know for practical application.
FREE
3. 3D-2Bay Frame
Learn about the modeling process using the program and how to check the results through the 3D Frame structure.
FREE
2. Introduction to MIDAS CIVIL NX
Learn about the new GUI of MIDAS CIVIL NX and the features provided by the program.
FREE
4. Single-Span Arch Bridge
Learn about modeling and analysis results of an arch bridge with vehicle moving loads applied within a single span
FREE
1. Create PSC Box Girder 2D Drawing
In this lecture, you will learn the concept of what 2D CAD Software is. In addition, after learning about the functions of midas CAD theoretically, learn how to draw the section view, top view, and side view of the PSC Box Girder through practice.
FREE
2D/3D CAD
2. Create PSC Box Girder 3D Model
In this lecture, you will learn the concept of what 3D CAD(BIM) Software is. In addition, after learning about the functions of midas CIM theoretically, learn how to create the 3D model of the PSC Box Girder through practice.
FREE
2D/3D CAD
[MIDAS API] API Basic Tutorial
An API(Application Programming Interface) is a crucial tool for sharing information and effective communication with other software systems that offer services. Learn the concepts of API and the application methods of the product in this course.
FREE
2. Understanding of Alignment-Constraints
In this course, you'll learn how to place 3D models for road alignment and understand the alignment's relationship with 3D models.
FREE
Beginner Course
1. Understanding of MIDAS CIM
Designed for beginners in MIDAS CIM, this course introduces the program's fundamental concepts.
FREE
Beginner Course
2. Linear Numerical Analysis (Elastic Analysis)
In this lecture, We will learn about the concepts and principles of linear numerical analysis. Also, we will learn about the matrix method of numerical analysis. In order to comprehend the linear analysis utilizing GTS NX software, we will also conduct the uniaxial compression test on a granite rock specimen. The findings will be compared with those obtained manually and using the program.
FREE
Geotechnical Analysis
1. Concept of Geotechnical Numerical Analysis
In this lecture, We will learn about the concepts and principles of Geotechnical numerical analysis. we will learn about the Single degree of freedom system (SDOF) and multiple degrees of freedom system (MDOF). then, we will see in detail the procedure to perform numerical (FEM) analysis using the software. After that, we Analyse the 1D, 2D, and 3D models using GTS NX software.
FREE
Geotechnical Analysis
3. Nonlinear Numerical Analysis (Elasto-plastic Analysis)
In this lecture, We will learn about the concepts and principles of nonlinear numerical analysis. Through this lecture, we will understand the working of nonlinear numerical analysis deeply. In order to comprehend the nonlinear analysis utilizing GTS NX software, we will also conduct the uniaxial compression test on a granite rock specimen. The findings will be compared with those obtained manually and using the program.
FREE
Geotechnical Analysis
6. Shear Stress
In this lecture, We will learn about the concepts and principles of Shear stress of soil. Then we will discuss the various parameters to determine the shear stress. We will also discuss the field method to determine the shear stress of soil. Moreover, In order to comprehend the soil shear stress utilizing GTS NX software, we will simulate the triaxial test with different drained conditions of the soil. The findings will be compared with those obtained manually and using the program.
FREE
Geotechnical Analysis
Geotechnical Analysis Quiz
There are 20 quizzes consisting of the contents of Geotechnical Analysis Lectures 1-10. A certificate is issued when you answer 60% or more correctly.
FREE
9. Earth Pressure
In this lecture, We will learn about the concepts and principles of Earth Pressure. We will understand the Active and Passive earth pressures deeply. Moreover, In order to comprehend the earth pressure utilizing GTS NX software, we will simulate the active and passive pressure of a retaining wall structure. The findings will be compared with those obtained manually and using the program.
FREE
Geotechnical Analysis
5. Soil Deformation
In this lecture, We will learn about the concepts and principles of soil deformation. Through this lecture, we will look into the immediate settlement of soil. We will also discuss the method of numerical solution for soil deformation. Moreover, In order to comprehend the soil deformation utilizing GTS NX software, we will also conduct the settlement analysis due to the continuous foundation installed on the elastic ground.
FREE
Geotechnical Analysis
8. Slope Stability
In this lecture, We will learn about the concepts and principles of slope stability. We will discuss the various type of slopes and their analysis method separately. We will learn how to calculate the factor of safety (FOS) for various types of slopes. Moreover, In order to comprehend the slope stability utilizing GTS NX software, we will simulate a Circular failure in the Slope. The findings will be compared with those obtained manually and using the program.
FREE
Geotechnical Analysis
4. Soil Stress
In this lecture, We will learn about the concepts and principles of soil stress. Through thus We will learn about the two major stresses which are generated in the soil, i.e. initial and induced stress. We will also see the different theories/methods to calculate soil stress based on the loading type. In order to comprehend the Soil stress utilizing GTS NX software, we will model the strip load on the elastic ground.
FREE
Geotechnical Analysis
7. Bearing Capacity
In this lecture, We will learn about the concepts and principles of the bearing capacity of the soil. Then we will discuss the various method to determine the bearing capacity of the soil, which include both the theoretical method and field test method. Moreover, In order to comprehend the bearing capacity of the soil utilizing GTS NX software, we will simulate a simple shallow foundation (strip footing). The findings will be compared with those obtained manually and using the program.
FREE
Geotechnical Analysis
10. Seepage Analysis
In this lecture, We will learn about the concepts and principles of Seepage analysis. We will understand the theoretical methods to determine seepage deeply. Also we will discuss the phreatic line theory of a dam body. Moreover, In order to comprehend the seepage utilizing GTS NX software, we will Calculate the seepage flow rate that occurs in the ground including the embankment. The findings will be compared with those obtained manually and using the program.
FREE
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