AxisVM X5 NEW FEATURES
Each version of AxisVM includes new and improved features developed in part based on user feedback.
With the enhanced efficiency of AxisVM X5, complex and time-consuming modeling is now easier and quicker than ever before.
REVIEW OF MAIN NEW FEATURES
LINKS WITH OTHER PRODUCTS
● Export of applied reinforcement to TEKLA Structures (TI module)
● Revit 2021 compatibility in REV module
DATA INPUT / PREPROCESSING
● Double wedged I-shape profile
● Mesh independent dynamic loads on domains
● Post-tensioning of tapered domains or adjacent domains with different thicknesses (PS1 module)
RESULTS
● Configurable slope of the load spread under the footing (for layered subsoil) (RC4 module)
● Table of parameters for imperfection load cases
Export of applied reinforcement to TEKLA Structures (TI module)
Revit 2021 compatibility in REV module
Double wedged I-shape profile
Mesh independent dynamic loads on domains
Post-tensioning of tapered domains or adjacent domains with different thicknesses (PS1 module)
Configurable slope of the load spread under the footing (for layered subsoil)
(RC4 module)
Table of parameters for imperfection load cases
Export of applied reinforcement to TEKLA Structures (TI module)
Revit 2021 compatibility in REV module
Double wedged I-shape profile
Mesh independent dynamic loads on domains
Post-tensioning of tapered/adjacent domains with different thicknesses (PS1 module)
Configurable slope of the load spread for layered subsoil
Table of parameters for imperfection load cases
AxisVM is dynamically expanded with stand-alone modules that make everyday jobs easier,
allowing users to extend their existing configuration to suit their needs.
AxisVM is dynamically expanded with stand-alone modules that make everyday jobs easier, allowing users to extend their existing configuration to suit their needs.
NEW MODULES
- IN RELEASE X5 R4
- IN RELEASES X5 R1-R3
RC6 MODULE
STRESS-STRAIN ANALYSIS FOR REINFORCED CONCRETE CROSS-SECTIONS
In serviceability limit state design or in the case of pre/post-tensioned structural elements, the compression stresses in the concrete need to be limited. Furthermore, the stresses and strains in the concrete or in the rebars need to be known in many cases (e.g. crack width calculation, fatigue analysis). With the RC6 module, stress-strain analysis of reinforced concrete beams and columns can be performed considering bending moments (My, Mz) and axial force (Nx) obtained from a static analysis or specified by the user. The analysis considers cracking of the section and nonlinear behaviour of the concrete and steel.
SAF MODULE
EXCEL BASED BIDIRECTIONAL DATA CONNECTION
MD1 MODULE
DESIGN OF MASONRY WALLS
Masonry structures are one of the most traditional types of construction, but their design often encounters difficulties due to uncertainty and modelling issues. AxisVM provides practical assistance with these by automating the most common design steps. The module covers the entire design process, allowing for interactive and streamlined work and for the possibility of quick documentation.
RC5 MODULE
DESIGN OF REINFORCED CONCRETE WALLS AND CORES
Reinforced concrete walls and cores are generally subjected to axial and shear forces and bending and torsional moments due to their function, namely providing the lateral stiffness of the whole building and carrying the gravitational loads on the slabs. Using the RC5 module, reinforcement can be assigned to reinforced cores and walls and the design of cores/walls can be subjected to bending moments and shear and axial forces.
TD8 MODULE
FIRE DESIGN OF TIMBER ELEMENTS
With the help of this module, the reliability of timber elements under fire can be analysed. The analysis lays on the “conventional” verification (see TD1 module) performed at normal temperature but complements it with fire specific verifications. The fire effect is represented by the fire curve specifying the gas temperature in the fire compartment as a function of time. ISO standard or parametric fire curves can be chosen. The module uses the reduced cross-section method when verifying the elements.
LEARN MORE ABOUT NEW MODULES
