XFrame2D: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
(→) |
||
| (4 intermediate revisions by the same user not shown) | |||
| Line 1: | Line 1: | ||
XFrame2D is the MOST intuitive structural analysis and design software for 2D models of any structure. Consider, for example, a calculation of 2D frameworks in steel and/or | XFrame2D is the MOST intuitive structural analysis and design software for 2D models of any structure. Consider, for example, a calculation of 2D frameworks in steel and/or timber. | ||
It is developed in close cooperation with the users of the software. | It is developed in close cooperation with the users of the software. | ||
This page contains a complete list of all the features of XFrame2D. For more information check the [[Documentation XFrame2D|Documentation XFrame2D.]] | |||
<youtube>y3nG8RSc2xw</youtube> | <youtube>y3nG8RSc2xw</youtube> | ||
| Line 27: | Line 29: | ||
* New powerful matrix/equation solver written in C# | * New powerful matrix/equation solver written in C# | ||
* Geometric Linear(GL) and Geometric Non-Linear(GNL) second order calculation | * Geometric Linear(GL) and Geometric Non-Linear(GNL) second order calculation | ||
* Physic Linear for | * Physic Linear for Steel and Wood | ||
===Loads=== | ===Loads=== | ||
* Load Cases/Combinations user defined or using the Eurocode | * Load Cases/Combinations user defined or using the Eurocode | ||
* Load generator with wind loads using the Eurocode | * Load generator with wind loads using the Eurocode | ||
* Beam load, free | * Beam load, free beam load, node load, free point load | ||
* Forced node displacement | * Forced node displacement | ||
| Line 41: | Line 43: | ||
===Standards=== | ===Standards=== | ||
* [[Eurocodes]] are integrated where applicable | * [[Eurocodes]] are integrated where applicable. EN 1993-1-1 and the EN-1995-1-1 | ||
* Dutch, German, UK, Belgium and Italian National Annex of the Eurocodes are integrated | * Dutch, German, UK, Belgium and Italian National Annex of the Eurocodes are integrated | ||
* Partial factors are based on consequence class and NA | * Partial factors are based on consequence class and NA | ||
| Line 47: | Line 49: | ||
* Dutch specific features: | * Dutch specific features: | ||
** [[NEN 8700]] integration | ** [[NEN 8700]] integration | ||
** Old | ** Old rebar steel types'''(FeB220,FeB400) are integrated | ||
===Steel=== | ===Steel=== | ||
| Line 53: | Line 55: | ||
* Global buckling stability check using GNL(Second-order analysis) | * Global buckling stability check using GNL(Second-order analysis) | ||
* Steel optimization module | * Steel optimization module | ||
* ca 2700 different | * ca 2700 different steel profiles integrated. | ||
* [[Built-up section]] | * [[Built-up section]] | ||
* Deflection check including pre-camber | * Deflection check including pre-camber | ||
* Integrated steel connection module. Beam-column moment connection can be calculated and the trilinear rotational rigidity diagram is used for the | * Integrated steel connection module. Beam-column moment connection can be calculated and the trilinear rotational rigidity diagram is used for the moment distribution | ||
* Tapered sections | * Tapered sections | ||
| Line 62: | Line 64: | ||
* Calculation of timber columns/beams using Eurocode | * Calculation of timber columns/beams using Eurocode | ||
* Global buckling stability check using GNL(Second-order analysis) | * Global buckling stability check using GNL(Second-order analysis) | ||
* | * Climate classes are integrated | ||
* Tapered sections | * Tapered sections | ||
Latest revision as of 18:03, 20 May 2023
XFrame2D is the MOST intuitive structural analysis and design software for 2D models of any structure. Consider, for example, a calculation of 2D frameworks in steel and/or timber.
It is developed in close cooperation with the users of the software.
This page contains a complete list of all the features of XFrame2D. For more information check the Documentation XFrame2D.
Features
Geometry
- Point supports
- Pinned, fixed, (rotational) spring
- Beams
- Nodes
- Gridlines XZ
- Copy, move, delete
- Copy including loads
- Find
- Snap
- Screenshot
- Zoom extents
- Zoom selection
FEM/Solver
- 2D Finite Element Method(FEM)
- New powerful matrix/equation solver written in C#
- Geometric Linear(GL) and Geometric Non-Linear(GNL) second order calculation
- Physic Linear for Steel and Wood
Loads
- Load Cases/Combinations user defined or using the Eurocode
- Load generator with wind loads using the Eurocode
- Beam load, free beam load, node load, free point load
- Forced node displacement
Interface
- Multiple languages are available: English, German, Spanish, Italian and Dutch
- CAD like user interface intuitive modern and fast
- Colors, text height fully customable
Standards
- Eurocodes are integrated where applicable. EN 1993-1-1 and the EN-1995-1-1
- Dutch, German, UK, Belgium and Italian National Annex of the Eurocodes are integrated
- Partial factors are based on consequence class and NA
- Imperfection
- Dutch specific features:
- NEN 8700 integration
- Old rebar steel types(FeB220,FeB400) are integrated
Steel
- Integrated Eurocode EN 1993(class 1-3 profiles)
- Global buckling stability check using GNL(Second-order analysis)
- Steel optimization module
- ca 2700 different steel profiles integrated.
- Built-up section
- Deflection check including pre-camber
- Integrated steel connection module. Beam-column moment connection can be calculated and the trilinear rotational rigidity diagram is used for the moment distribution
- Tapered sections
Timber
- Calculation of timber columns/beams using Eurocode
- Global buckling stability check using GNL(Second-order analysis)
- Climate classes are integrated
- Tapered sections
Results & Reporting
- Internal forces of beams(M,V,N)
- Reaction Forces
- Envelop
- Different useful options for output selection
Import/Export
- Export to pdf, rtf