RFEM
The Integrated Structural Analysis & Design Software Package RFEM Sets New Standards In Finite Element Analysis (FEA). The Intuitive User Interface, Outstanding Modelling And Analysis Capabilities, And Wide Variety Of Structural Design Options Make RFEM The Most Complete Structural Design Solution For All Areas Of Civil, Mechanical And Plant Engineering Applications.
| Top 10 Reasons To Choose RFEM | ||
|---|---|---|
|
1 |
Most Simple To Use |
Just Install And Start Working. No Special Training Needed |
|
2 |
Parametric Modelling |
Standardise Your Typical Structures And Equipments And Save Them As Templates. This Shall Save You Enormous Amount Of Time In Completion Of Design. |
|
3 |
Huge Library Of Parametric Models |
For Cooling Towers, Storage Tanks, Silos, Shells, Folded Plates, Shear Walls, Portal Frames, Rectangular/Triangular Masts And Many More. |
|
4 |
Automatic Meshing Capabilities |
Just Model Objects, Program Automatically Creates Mesh Generation - Connectivity Problems Are Eliminated. |
|
5 |
Automatic Creation Of Surface Intersections |
Very Powerful Options To Model Complicated Surfaces And Intersections Of Various Parts Of Equipments/Structures |
|
6 |
Create Surfaces From Members |
Very Easy To Model Curved Girders With Stiffeners And Openings Using This Option |
|
7 |
Outstanding Presentation Of Print Out Reports |
Very Impressive Presentation With Rich Text And Graphics. Huge Savings On Printing Costs Because Of Smart Representation Of Results Summary. |
|
8 |
Excellent Interoperability |
Lot Of Import And Export Options With CAD/ Detailing/ Plant Engineering Application/ BIM Applications Software. |
|
9 |
Scalability |
Cover Many Advanced Applications. Just Add On Whenever You Need, Instead Of Buying New Software |
|
10 |
Excellent After Sales Service |
You Are Guaranteed With Outstanding After Sales Service. |
➤
Geometric Non Linear Analysis
➤ Material Non Linear Analysis
➤ Thin & Thick Plate Analysis
➤ Contact Surfaces
➤ Buckling Analysis
➤ Soil Structures Interaction ( Automatic Calculation Of C1 & C2 Values Based On
Bore Profile Info )
➤ Design Of Glass Structures
➤ Design Of Steel Surfaces
➤ Design Of Concrete Surfaces ( Cracked/ Un-Cracked)
➤ Design Of Steel Members For Various International Design Codes
➤ Design Of Concrete Members For Various International Design Codes
➤ Dynamic Analysis
➤ Special Module For Telecom/Transmission Tower Modelling, Equipment And
Loading.
➤ Design Of Composite Member
➤ Design Of Timber Members
➤ Design Of Steel Connections
➤ Module For Construction Stage Analysis.
➤ Pre-Deformed Initial Structures And Equivalent Imperfections For Non-Linear
Calculation.
➤ Design Of Laminated Surfaces
➤ Crane Girder Design
➤ Plate Buckling
➤ Shape Thin Program For Calculation Of Thin Wall Section Properties, Elastic And
Plastic Design
➤ Programmable COM Interface For RFEM – Using This Interface, User Can
Customize RFEM To Suit Your Individual Needs And Program Input Macros Or Post-
Run Routines.
➤ Rx-Link Module To Import Data To RFEM In STEP, IGES, ACIS Formats
➤ The Direct Bidirectional RFEM Interface With Autodesk Revit Structure.
➤ Material Non Linear Analysis
➤ Thin & Thick Plate Analysis
➤ Contact Surfaces
➤ Buckling Analysis
➤ Soil Structures Interaction ( Automatic Calculation Of C1 & C2 Values Based On
Bore Profile Info )
➤ Design Of Glass Structures
➤ Design Of Steel Surfaces
➤ Design Of Concrete Surfaces ( Cracked/ Un-Cracked)
➤ Design Of Steel Members For Various International Design Codes
➤ Design Of Concrete Members For Various International Design Codes
➤ Dynamic Analysis
➤ Special Module For Telecom/Transmission Tower Modelling, Equipment And
Loading.
➤ Design Of Composite Member
➤ Design Of Timber Members
➤ Design Of Steel Connections
➤ Module For Construction Stage Analysis.
➤ Pre-Deformed Initial Structures And Equivalent Imperfections For Non-Linear
Calculation.
➤ Design Of Laminated Surfaces
➤ Crane Girder Design
➤ Plate Buckling
➤ Shape Thin Program For Calculation Of Thin Wall Section Properties, Elastic And
Plastic Design
➤ Programmable COM Interface For RFEM – Using This Interface, User Can
Customize RFEM To Suit Your Individual Needs And Program Input Macros Or Post-
Run Routines.
➤ Rx-Link Module To Import Data To RFEM In STEP, IGES, ACIS Formats
➤ The Direct Bidirectional RFEM Interface With Autodesk Revit Structure.
