Industrial Hall with Craneway Girder
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Description
Steel hall with an integrated craneway and a reinforced concrete structure of an office complex
Model Used in
Keywords
Steel structure Concrete structure Craneway Craneway girder Roof purlins
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- Views 3414x
- Downloads 569x
- Updated 04/14/2022
- Number of Nodes 328
- Number of Lines 532
- Number of Members 451
- Number of Surfaces 9
- Number of Load Cases 76
- Number of Load Combinations 139
- Number of Result Combinations 9
- Total Weight 163.437 t
- Dimensions 220,67 x 328,31 x 96,1 feet
- Program Version 5.21.00.150307
Disclaimer
Method of Determining the Allowable Deformation of Crane Runway Girders
Introducing the Methods of Determining the Allowable Deformations of a Crane Runway Girder.
RF-/STEEL Fatigue Members | Design
The fatigue strength design is based on the analysis using damage equivalent factors. The damage-equivalent stress ranges ΔσE,2 and ΔτE,2 in relation to 2*106 stress cycles are to be compared with the limit values of the fatigue strength ΔσC or ΔτC for 2*106 stress cycles of the corresponding detail category under consideration of the partial safety factors.
In this way, the individual design requirements are specified. Separate design cases allow for flexible analysis of selected members, sets of members, and actions as well as of individual cross-sections. You can freely define design-relevant parameters such as the design concept selection or the partial safety factors.
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- Is it possible in the CRANEWAY software to obtain the SLS rotational deformations of a continuous beam at the supports for an isostatic beam in the web plane?
