A drawing or model of a structure which provides information about its essential load-bearing components. You can define a specific NA by applying user-defined limits and parameters. Optionally, you can choose the crane type in the EN 1993-6 design.
Dlubal Craneway 8
Password 123
CRANEWAY calculates the internal forces and provides the necessary analyses to determine whether EN, DIN 4132, or DIN 18800 are being followed. Dlubal CRANEWAY 8 is available for free on Windows. This program expands DLUBAL’S product line by adding the crane runway girder. Dlubal programs are easy to use and understand, making it possible to perform complex analyses according to EN, DIN 4132, and DIN. The calculation of crane loads is done in predefined distances, known as load cases on crane runways. You can set the load increment for cranes that move across the crane runway individually. The program generates load cases based on defined loadings. These load positions are then combined.
Overview Of Dlubal Craneway Benefits
The horizontal and vertical directions of deformation analysis are performed separately. This allows for comparisons between the allowed values and the intended displacements. In the calculation parameters, you can specify individual deformation ratios. The horizontal and vertical directions are treated separately. All support forces are calculated based on dynamic and characteristic loads. The program analyses all combinations of limit states for each crane position. There are many options to specify the FE calculation, such as length of finite element or break-off criteria. The standalone program CRANEWAY calculates, and then performs all necessary designs for crane way girders in accordance with Eurocode 3.
You can set the load increment of the cranes that are moving along the crane runway individually. You can arrange the results of Dlubal CRANEWAY in the result windows, which are sorted by different topics. The cross-section graphic shows all the design values. Dlubal CRANEWAY can be used to design industrial cranes. The second-order analysis of warping torsion determines the internal forces.
Dlubal CRANEWAY conducts the general stress analysis on a crane girder. This involves calculating the current stresses and comparing them to the limit normal, shear, and equivalent stresses. The general stress analysis of welds is also performed with respect to parallel and vertical shear stresses as well as their superposition. CRANEWAY conducts a general stress analysis on a crane girder. This involves calculating the stresses present and comparing them to the limit normal, shear, and equivalent stresses. In order to account for imperfections, the flexural-torsional-buckling analysis is done in accordance with a second-order analysis of torsional buckling. A general stress analysis must be performed with a critical load factor of less than 1. Dlubal CRANEWAY shows the critical load factor for each load combination in the stress analysis.
CRANEWAY thus displays the corresponding critical load factor for all combinations of load combinations in the stress analysis. In order to account for imperfections, the lateral-torsional buckle analysis is done in accordance with a second-order analysis of torsional. The critical load factor must be greater than 1. Calculating the internal forces of a crane runway girder is done using an imperfect structural model based on the second-order analysis of torsional buckling. The crane loads are generated at predefined distances during the calculations.
Dlubal Craneway 8 System Requirements
- Memory (RAM): 2 GB of RAM required.
- Operating System: Windows 7/8/8.1/10
- Processor: Intel Dual Core processor or later.
- Hard Disk Space: 750 MB of free space required.