noun a record or graph of acceleration as a function of time, typically resulting from a seismic event
Accelerograms are utilized in geotechnical engineering to assess soil behavior and its response to seismic loading.
In seismology, an accelerogram is a record of ground acceleration during an earthquake, used to study the characteristics of seismic waves.
In structural engineering, accelerograms are used to simulate earthquake ground motion for design and analysis of structures.
Accelerograms play a crucial role in earthquake engineering for predicting the impact of earthquakes on structures and infrastructure.
In the field of civil engineering, accelerograms are used to record and analyze the motion of structures during earthquakes to assess their seismic performance.
Seismologists use accelerograms to study the characteristics of seismic waves generated by earthquakes and to understand the behavior of the Earth's crust.
Geotechnical engineers use accelerograms to evaluate the dynamic response of soil and rock formations to seismic loading, which is crucial for designing foundations and retaining structures in earthquake-prone areas.