LARZÉ SENSORS & 3D-SAM SOFTWARE
SEE WHAT IS POSSIBLE WITH SENSEQUAKE
LARZÉ SENSORS & 3D-SAM SOFTWARE
FEATURED CLIENTS USING LARZÉ SENSING TECHONOLOGIES
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sensors are a state-of-the-art solution for ambient vibration tests and monitoring. They feature:
• Highly sensitive triaxial MEMS accelerometers
• Highly sensitive triaxial geophone velocimeters
• A wide dynamic range
• Extremely low self-noise
• Adjustable sampling frequency (15 Hz - 3906 Hz)
• A scalable network from 1 to 32 sensors
• Accurate synchronization for several hours (under 1 ms)
• 20 hours of operational battery life
• Internal temperature sensors
• Entirely wireless solution
• Connectivity via Wi-Fi
• Data management on the Sensequake Cloud
• Operational using the Sensequake Android app or
remotely controlled from the Sensequake Cloud
Click here to download the complete sensor specifications.
CONTROL YOUR LARZÉ SENSORS FROM THE PALM OF YOUR HAND
With the Sensequake app downloaded directly onto your Android smartphone, you can have unlimited control of your Larzé sensors.
From the application, you can begin sensing tests, monitor the data collection of your individual units, check the battery levels of your sensors and change the many data collection parameters for your individual tests.
PATENTED 3D-SAM SOFTWARE BRINGS REAL SENSING DATA TO STRUCTURAL ANALYSIS
3D-SAM can improve the reliability of your
finite element models, directly assess structural integrity and monitor the health of all types of structures.
Sensequake technology can be used for rapid seismic and time history analysis on as many ground motions as needed. It also provides response histories and maximum global seismic demands solely based on sensing tests without the need for any finite element models. Click here to see the multiple services possible with 3D-SAM technology.
Structural analysis without the need of finite element models - only the structure's simplified geometry
Render accurate mode shapes and animated 3D-Models of your structure
Combines algorithms in time and frequency domains and user-friendly pre and post-processing for a robust, higher modal identification
Obtain engineering demand parameters directly from the ambient vibration data for unique seismic evaluations
CREATE ANIMATED MODELS BASED ON REAL STRUCTURAL PROPERTIES
1st Mode (x)
1st Mode (y)
2nd Mode (x)
2nd Mode (y)
The Larzé ambient vibration sensors have the internal power to conduct state-of-the-art ambient vibration analyses. By using the sensors in a mesh and deploying them on your structure's critical locations, you can extract the information necessary for an extensive study of a structure. These wireless sensors are controlled via a user-friendly smartphone application, allowing for very simple and rapid testing.
These analyses allow for the detection of hidden defects, undocumented structural modifications and integrity concerns not detected by visual inspection and traditional engineering practices which can significantly improve disaster preparedness and recovery plans.
The wireless Larzé sensors can be deployed across your structure by staying synchronized for multiple hours
Our sensors bring ease of use to complex ambient vibration tests with a waterproof casing, optional GPS and cellular connectivity for precise synchronization as well as up to 32 sensor meshes in order to extract minuscule vibrations from your structure. The data can be easily extracted via micro-USB or pushed directly to our cloud servers.
Ambient vibration tests can garner even greater results when done periodically. A baseline is made through a first test, which is similar to the DNA or fingerprint of the structure. Additional tests can show any differences in the structure such as damages or aging.
These periodic tests can be done after any significant events or every few months or years for more important and at-risk structures.
After an initial modal identification of a structure, our patented approach to seismic assessments can be conducted on your building. This involves the conversion of ambient-level modal properties to earthquake levels by adjusting parameters, the application of unique ground motions to the structure and comparing the obtained demands with performance-based codes.
This unique approach to seismic assessments allows for rapid building screening without the need to create detailed theoretical models based on the true performance of the structure.
Click here for more information on different services offered with our Larzé and 3D-SAM technologies
Click here for purchasing inquiries
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