![]() □ Wir suchen neue Mitarbeiter zur Verstärkung unseres Teams: Elastomer bearing strips under the timber concrete #composite slab form the only support of the hall structure. The #hall is completely acoustically decoupled from the ground floor. The visible #roof structure is an essential design element of the hall interior. Above that, a two-span hall was built as a #timber #structure. The ground floor, made of reinforced #concrete, includes four classrooms and locker rooms. The timber structure stands on a reinforced concrete first floor and cantilevers above it at the sides about 5.5 m. The new sports hall of the Alice Salomon School in Hanover is exceptional from an architectural and structural point of view. Today, we start this week with a very beautiful customer project done with #RSTAB by Dlubal Software. Sports Hall as Cantilevered Timber Structure, #Germany #lateraltorsional #torsionalbuckling #dlubal □ Join our Dlubal Community on LinkedIn: □ Apply Imperfections From Scaled Mode Shape □ Boundary Conditions for the Calculation with Torsional Warping This new article deals with the following features: It's possible to consider this #calculation at the whole #structure. In combination with the #Stability Analysis and #Steel Design add-ons, a lateral-torsional #buckling design with internal forces according to the second-order #analysis, taking into account imperfections, is possible. It is fully integrated into the main program and allows you to consider the cross-section warping when calculating member elements. This technical article presents some basics for using the #Torsional #Warping add-on (7 DOF). Lateral-Torsional Buckling Designs with the New Torsional Warping (7 DOF) Add-on for #RFEM 6 / #RSTAB 9
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