Usability improvements, minor and security updates.01-0719 : Improved accuracy of elevations in continental Europe. (June 16, 2021)
Elevations determination is now based on the European digital elevation model Copernicus instead of NASA SRTM digital elevation model.01-0329 : Update of the fundamental value of the basic wind velocity (Vb,0) for New Caledonia. (February 26, 2021)
According to decree N° 2020-1287/GNC of August 18, 2020 setting the list of standards and technical texts applicable in New Caledonia, the basic wind velocity (Vb,0) used is 36 m/s and the reference to terrain category IV is removed.00-0321 : Automatic calculation of distances to coasts in Italy (February 18, 2020)
The distances to the coasts in each of the wind directions are calculated automatically by Eurocodes Zoning software.00-0313 : Advanced tool for orography (February 10, 2020)
Addition of a tool which makes it possible to obtain altitudes on a line, to draw the profile of the terrain and to automatically calculate the orography factor for isolated hills, ridges, cliff or escarpments.00-0301 : Addition of Italy (January 29, 2020)
Snow load and wind peak velocity pressures can be obtained in Italy. The seismic parameters can be found at http://esse1.mi.ingv.it/00-0223 : Addition of Luxembourg (January 20, 2020)
Snow load, wind peak velocity pressures and seismic accelerations can be obtained in Luxembourg.00-0219 : Addition of Belgium (January 16, 2020)
The snow zones, wind zones and seismic zones can be obtained in Belgium. Calculation of directional factor, roughness factor, probability factor from the design working life of the building.00-0000 : First upload with France (October 28, 2019)
The snow zones, wind zones and seismic zones can be obtained in France. Calculation of directional factor, orography factor, roughness factor, probability factor from the design working life of the building.
Usability improvements, minor and security updates.00-0027 : Blockage (March 18, 2021)
The blockage taken into account is the maximum blockage for a given direction.00-0021 : Fix of downward wind force coefficient coming from building gable (March 12, 2021)
The coefficient was calculated taking into account the slope of the roof. After this fix, the coefficient is calculated for a slope of 0° corresponding to a wind parallel to the roof surface.00-0000 : First upload (February 19, 2021)
Wind can be calculated on monopitch canopy roof.
Usability improvements, minor and security updates.00-0819 : Addition of Luxembourg (June 18, 2020)
Imposed loads are given for Luxembourg.00-0817 : Addition of Belgium and United Kingdom (June 16, 2020)
Imposed loads are given for Belgium and the United Kingdom.00-0000 : First upload (September 30, 2019)
Imposed loads are given for France.
Usability improvements, minor and security updates.01-0416 : Action loads on the supports of the opposite runway (November 17, 2020)
The action loads on supports are now calculated for both runways in order to facilitate their export to your portal frame calculation model. The calculations and presentation of results have been improved following user feedback.00-0000 : First upload (July 01, 2019)
CraneRunWays can checks runways for a crane supported on top, at service limit states, ultimate limit states, checks the Von Mises criteria, allows for torsion and local buckling effects. The european building standards "Eurocodes" are used. The ways may be of commercially available profiles, of welded reconstructed sections and angles may be used to reinforce the high flange.
Usability improvements, minor and security updates.01-1117 : New display of results (March 14, 2022)
The results are displayed in a synthetic way to be used in preliminary study + Improved generation of drawings in DXF format.01-0224 : Distribution of stresses in weld beads (June 18, 2021)
Minor fix.01-0209 : Tensile stress of the weld bead (June 03, 2021)
Modification of stress distribution.00-0218 : Export of the results as a DXF file (June 12, 2020)
The calculated lifting lug can be exported to a CAD DXF file. The file is automatically generated by clicking on a download button. It contains the lifting lug outline in scale 1:1, the dimension measurements, the steel class and the thickness (each is included in a different layer).00-0027 : New 3D lifting modeling (April 21, 2020)
The 3D model makes it easier to check the geometry of the workpiece and the angles of the slings.00-0016 : Automatic design of the lifting lug (April 10, 2020)
The lifting lugs can be calculated without first entering the dimensions. The software will automatically determine the most suitable geometry and thickness depending on the intensity and angle of the force to be taken up.00-0000 : First upload (usable only for projects bound for France) (March 25, 2020)
Verification of lifting lugs and weldings with the usage factors recommended by French legislation.