KnowledgeBase

Undo/redo functionality for reversing changes to the model, including revision history

Parallel calculations for increased performance

New default directories for user-defined scripts and automation plans (User/Documents/FVAWorkbench)

Default settings can now be specified via a default.epf file in the installation directory (see documentation)

Numbers are shown with full precision when clicking in an editor field

Import/export of REXS files in version 1.4

Export of the exact cylindrical gear geometry, including microgeometry (flank modifications)

New "array overview" table type

New "3D shaft bending line" diagram

New "local results on 3D tooth flanks" diagram

New "FEM dynamic rolling" calculation diagrams

Right-click a component in the Model Tree and choose "properties" to hide the component in reports

Reading and writing to Excel via scripting

Functions for exporting DXF shapes

Adding and removing subcomponents via scripting

Functions for querying file and folder paths

Function for querying paths specified in FVA-Workbench settings via scripting

HTTP requests via scripting

Shaft calculation without width load distribution

2D proposed modification for uniform load distribution

Consideration of imbalances in the overall system (new "mass point" component)

Consideration of loose fit bearing rings

Bugfix for consideration of lateral chamfers

Bugfix for centrifugal force calculation of planets

New implementation and extension of power loss calculations

Consideration of power loss for any gear layout

Output of test dimensions for preliminary gearing

Additional selection option for mean tooth width dimensions

ABS 2019 classification society (American Bureau of Shipping)

ISO/TS 6336-22:2018 calculation of micropitting load capacity

New assistant for calculation of center distance in editor

Various bugfixes in the design according to ISO 23509 and in the control of bevel gear calculation programs

Revision of value input in editor

Improved profiling specification

Consideration of needle roller and cage assemblies

Consideration of axial clearance for cylindrical roller bearings

Consideration of rolling element centrifugal force

Improved geometry estimation

Extension of the operating clearance calculation

Revision of the stiffness calculation

Revision of the DIN 26281 calculation

Calculation of SKF bearings using the SKF Calculation Service

Complete rollover considering pitch deviations, etc. by specifying an mka file (STIRAK)

FEM dynamic rolling with Abaqus FE solver (3D contact calculation and non-linear material behavior)

CAD wheel bodies can be considered as a reduced stiffness matrix in the system calculation

Consideration of dead weight and centrifugal forces (FVA 711 II)

Improved user guidance when integrating FE components ("step-by-step FEM connection" replaces right-click menu)

Improved section algorithm for CAD shaft calculation

FKM with local stresses as single calculation

Moments of inertia of mass points can now be considered (new "mass point" component)

Bugfix in the calculation of Campbell diagrams

User-defined Woehler S-N curve with knee point in the fatigue strength range

Improvements in determination of fatigue strength and Woehler S-N curve from test data

New load spectra and failure probability features