HTW+ | Timber Wall Diaphragms | Update Information
CIRCOLARE:2019 according to NTC:2018 added.
Editable self weight like in other timber programs.
Reference to German standard NCI NA.5.9 for stiffness reduction.
Calculation time reduction for many load cases through smarter combinations.
Display of progress bar during calculation.
New design code NTC:2018 implemented.
Wizard crash fixed.
Correction for the horizontal support forces and deflections in case of factorized loads.
Improved user interface and error handling in combination with connectors.
Table of equivalent stiffness for GEO updated.
Calculation of brackets in combination with cement-bound fiber boards corrected.
Stiffness value kser for staples doubled according to "Schriftenreihe Bauwerkserhaltung und Holzbau Heft 6" (Uni Kassel).
New softwood and hardwood implemented according to EN 338:2016.
Distance to intermediate memebers without joint can be set at the same distance as for panel edges / joints.
Graphical correction for dimensional chains and horizontal joints of the covering.
Glulam according to EN 14080:2013 implemented for Germany and Italy.
The "old" Glulam timbers are marked with * (for example GL24c*).
Design code BS EN 1995:2012 and ÖNORM EN 1995:2015 implemented.
Compressed and advanced output settings implemented.
Action dialog: How to deal with alternative or simultaneous group when changing actions.
Editable graphic properties with double click.
Filtered material types: Softwood, hardwood...
Update for DIN EN 1995:2013 in combination with Eurocode EN 1995:2014.
Correction for Saving and Opening connectors in items.
Distance limitation in case of staples corrected.
Preview of the results for ULS und SLS in main the main graphics.
Additional output for material standards and values.
Additional report for the general Eurocode EN 1995-1-1.
In some cases, the programm was terminated while using the layout-dialog of vertical beams. This item is corrected.
Barchart with exploitation in graphics.
Status window with detailed Barcharts of proofs.
Error message with reference on chapter of the standard.
Optional output of stiffness of a equivalent bending beam, representing the stiffness of the wall.
Optionally, you can choose 3 possibilities to determinate the share of permanent loads:
G=0% ; permanent loads ; permanent loads and quasi-permanent loads
DIN EN 1995-1-1/NA:2013-08
The names of boards materials will be displayed in output and selection in addition to short names.
In german NA, kmod of wind can be set to "short-term". Kmod as an average of "short-term" und "insantaneous" in german NA will be ignored.
Undue exploitations will be highlighted in addition with "!!".
With sheets on only one side after reloading a position: You could not edit the fasteners.
The grafic of decisive support reactions of combinations was not embedded in output.
These items are corrected.
Italy: UNI EN 1995-1-1/NTC:2008
If you choose special rules of german NA for combinations (windzone 3 and.4, Earthquake in BW), they will be written in output.
In some cases with elements side by side, the effective pressed Area Aef was considered too large.
At opening a position (DIN1052:2008) the material of sheets was sometimes set to defaults.
Special rules of german NA for combinations (windzone 3 and.4, Earthquake in BW) was not saved.
All items are corrected.
Predefined output profiles added
In Walls with big differences in length of single sheets, deflection of wall was computed too large. Thie item is corrected.
Possible selection of fasteners from database
New options in german NA:
* Special rules fon combinations in wind zone 3 and 4
* Snow(Psi2=0,5) for earth quake in Baden-Württemberg
Reduced count of created combinations
Graphics user interface and output
Better synchronisation of FDC and Tables
Better synchronisation of dialog-input and Tables
in user interface (GUI)
Problem with (demo-) license of codes corrected.
Increase factor 1,2 according to EN 1995-1-1:2004/A1:2008 § 22.214.171.124(5) for fastener capacity
Output proof of deflection
Small changes in output
Deflection (creep) in Combination of capacity (STR)