Translation of "Seismic loading" in German

You can then dynamically analyze the resulting wind turbine structures in response to wave or seismic loading.

Furthermore, in case of seismic loading any damage in the connection is much more important that any damage in the adjacent members.

The purpose of dynamic loading is principally devoted to the knowledge of the energy dissipation in case of seismic loading, with and without hysteretic degradation of the nodes.

For these structures the strength of the members and of the connections to resist the design seismic loading shall be evaluated in accordance with the rules for elastic or plastic resistances in Eurocode 3 without any ductility requirements.

The story drift of a building provides valuable information about its structural behavior under seismic loads.

This standard describes the determination of seismic loads for the US-American market.

Braces ensure an increased horizontal stability of the storage sphere in cases of wind and seismic loads.

Design and detail seismic force-resisting systems, generating seismic loads according to the relevant building code.

In the event of an earthquake, glued laminated timber constructions offer high stability and resist the strongest of seismic loads.

In RF-/DYNAM Pro - Equivalent Loads, the equivalent seismic loads can be calculated according to different standards.

Defining the loads (manually or using the automatic generator for climatic and seismic loads)

When the accelerometer experiences a motion, the invariant seismic mass loads the elements according to Newton's second law of motion formula_13.

When the accelerometer experiences a motion, the invariant seismic mass loads the elements according to Newton's second law of motion F = m a {\displaystyle F=ma} .

Where seismic loads have been underestimated, buildings suffer damage and collapse in hundreds, sometimes thousands, causing substantial death and damage that take years to recover from.

As the elements of the foundation 3 and overfoundation structures close the surface of the hill, there is formed a geometrically unchanged space system featuring higher stability to wind and seismic loads.

This makes it possible to appreciably diminish the consumption of resources when developing the areas with steep terrain in seismic-prone zones because the stiffness of a building or structure is increased by transmitting the horizontal component of the seismic load via the horizontal structural elements to the foundation.

The reception of horizontal seismic loads is ensured by the vertical components 1 rigidly linked with the foundation 3 which are arranged in the centre of the masses of the frame systems 16 to prevent them from turning.

This integrated structural modeling, analysis, and simulation environment allows you to design offshore structures to meet local operating conditions from wave, wind, current, and seismic loads.

Because of the large wind and seismic loads requirements, the anchorage of the large glass panels was a special challenge.

Hollo-Bolt by Lindapter is the only expansion bolt for structural steel that is fully approved by ICC-ES for use in all seismic design categories for resisting wind loads and seismic loads.

This means that the invention makes it possible to create a filled and/or glued screwed connection, so that very high load values of the screw in the substrate can be obtained, particularly in case of static, dynamic and/or seismic load situations.