Sensequake's patented methodology allows for seismic performance assessments directly based on sensing results.

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A rapid seismic analysis can be conducted using Sensequake's patented methodology directly from the results of a baseline test. Through this, the seismic performance of a building can be obtained with the following benefits:​

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• No need for detailed structural drawings

• No need for creating finite-element models

• No need for destructive testing or detailed material properties

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Sensequake's seismic analysis services can be used on their own to quickly quantify and assess seismic risk or to optimize seismic rehabilitation designs. The detailed performance-based evaluation conducted by sensing is the ideal approach for complex structures, historic buildings with few structural drawings, large building portfolios, or small structures without needing detailed finite-element models.

Sensing-based Seismic​
Analysis

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   •   Based on real measured structural data that

       includes the impact of any weakened structural

       elements

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   •   Generation of ground motions scaled according

       to the seismicity of the building

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   •   Modification of baseline properties based on

       Sensequake's patented database

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   •   Modified time history analysis of building

       properties without creating a finite-element

       model

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   •   Engineering demand parameters can be used to

       confirm or calibrate external finite-element

       analysis to optimize designs and reduce costs

Seismic Performance Evaluation

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   •   Compare the generated seismic demands with

       international codes and standards to obtain

       seismic performance

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   •   Global seismic evaluation of structural and non-

       structural components based on HAZUS and

       ASCE 41-13

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   •   Component-level seismic evaluation using

       FEMA-P58 standards

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   •   Seismic performance evaluations without the

       need for detailed structural drawings,

       destructive tests or finite-element models

Contact us today for more information