AxisVM is structural analysis software that allows users to model, analyze, and design structures. It features tools for 3D modeling, applying loads, meshing, and visualizing analysis results like deflections, moments, and internal forces. AxisVM uses finite elements, making it suitable for understanding structural behavior. Its intuitive interface also makes it easy to learn and use for students and engineers.

1. Civil Engineering Network Systems, PuneCivil Engineering Network Systems, Pune

2. What is
Structural Designing
 Structural Designing : Structural
Designing is a field of civil
engineering dealing with
the analysis and design
of structures that support or
resist loads.
 This involves analysis of
Moments, Displacement,
Reactions and Internal Forces of
the modelled structure and
hence design it to the design
requirements.

3. Why AxisVM
It is the one of the best software
available in the industry whose
results can be directly relied
upon.
Its graphic user interface is so
supportive that it can be learnt
even without any external help.
Analysis Results are accurate to
high degree and ready to use by
the engineers.
All real life loads can be very
easily applied in AxixVM.

4. Distinguishing Features
 Easy to learn
 Interactive GUI(Graphic User
Interface)
 3D modeling is easy and
attractive
 Different types of materials
like Masonry, Timber,
Concrete, Steel can be assigned
 It shows the line elements with
respective object contours
 Commands are divided in tabs
 Self weight is easiest to assign

5. Distinguishing
Features Support fixity can be defined
 Non linear Analysis can be
performed
 Spring Systems can be
assigned
 Nodes can be defined and
hence edited
 Degree of freedom of nodes
can be defined
 User friendly pic and drop
Element Toolbar

6. Distinguishing
Features Its results can be used directly
by the engineer
 Input method is Floor by floor,
column by column, bay by bay
and wall by wall.
 Based on finite element mesh
for all elements including
beams and columns.
 Also various options of Mesh
variations are allowed in
AxisVM.
 Fastest property editor

7. Introduction
LoadsLoadsSample FillSample FillSample FillSample Fill
Analysis andAnalysis and
DesignDesign
MeshMesh
ElementsElementsGeometryGeometry
 It’s a structure Modeling, Analysis, and Designing
Software.
 It is a Finite Element Program for static, vibration,
dynamic and buckling analysis of structures.
Components of AxisVM

8. Geometry
1. Nodes
2. Line
3. Polygon
4. Rectangle
5. Slanted Rectangle
6. Polygon approximating
by arc
7. Arc
8. Horizontal, Triangular,
Quad Divisions
9. Intersections
10.Remove node option

9. Geometry Comparison

10. Geometry Comparison

11. Geometry Comparison

12. Elements
1. Column
2. Beam
3. Inclined member
4. Wall
5. Slab
6. AirDeck Slab
7. Domain
8. Hole

14. Elements
1. Column
2. Beam
3. Inclined member
4. Wall
5. Slab
6. AirDeck Slab
7. Domain
8. Hole

16. Elements in AxisVM
ETABS and Staad.Pro draw line elements like beams, columns etc. which can be
rendered later. But AxisVM facilitates its user to view the contour lines of various
elements on the go. This helps the user to see the correct orientation of the elements
which he assigns. Also AxisVM has a special a rendering option where it shows the
original texture of the element.

17. Material Types in AxisVM

18. Textures in AxisVM

19. Loads

20. Line Loading along Line
Elements in AxisVM

21. Thermal Loading in
AxisVM

22. Domain Line Loading in
AxisVM

23. Distributed Load on
Domains in AxisVM

24. Mesh
1. Line Mesh
2. Surface Mesh
3. Uniform refinement of
mesh
4. Refinement by bisection
5. Generate mesh around
nodes
6. Generate mesh around
edges
7. Mesh check

25. Slab Meshing in AxisVM
Average Mesh element size = 0.5 m
Average Mesh element size = 1.0 m
Average Mesh element size = 10.0 m
Average Mesh element size = 5.0 m

26. Line Meshing in
AxisVM
0.1 m
0.2 m
0.5 m
1.0 m
5.0 m
10.0 m

27. Design Analysis Options
1. Static Analysis : Linear and
Non Linear Analysis options
2. Buckling Analysis
3. Vibration Analysis
4. Dynamic Analysis
Design OptionsAnalysis Options
1. R.C.C. Design:
Reinforcement
Parameters, Actual-
Reinforcement Options
2. Steel Design : Design
parameters
3. Timber Design: Design
parameters can be
assigned

29. Announcement Title

30. Results and Analysis

31. Results and Analysis

32. Results and Analysis

33. Customer Title
Name
Title
Company

34. Announcement Title

35. Announcement Title

36. Announcement Title

37. Announcement Title

38. Summary
 AsixVM is a great software for
the analysis of the structure
and its behaviors.
 Torsion effects and values can
be easily understood by the
design engineers
 For the sole aim of Structure
understanding for the
students, AxisVM is the best
software
ETABS: Deflection Result
AxisVM: Deflection Result

39. Moment: AxisVM
 AsixVM is a great software for
the analysis of the structure
and its behaviors.
 Torsion effects and values can
be easily understood by the
design engineers
 For the sole aim of Structure
understanding for the
students, AxisVM is the best
software

40. Moment :ETABS
 AsixVM is a great software for
the analysis of the structure
and its behaviors.
 Torsion effects and values can
be easily understood by the
design engineers
 For the sole aim of Structure
understanding for the
students, AxisVM is the best
software

41. Announcement Title

48. Scope
1. Learning Structural
behaviors
2. Learning Modeling and
designing
3. Getting equipped with
the Euro-Design
Standards