Structural Health Monitoring Software assesses seismic damage.
June 16, 2011 -
Combining real-time data with structural algorithms, REFLEXX Smart System for Buildings provides essential damage probability report information, optimizing safety and minimizing downtime. Within 15 min of seismic event, RELFEXX generates detailed analyses to help structural engineer understand key building response parameters, including accelerations, displacements, velocities, interstory drift ratios, and story forces and shears, which are critical in building diagnosis and recovery.
Original Press release
Digitexx Data Systems, Inc
201 S Lake Avenue Suite 702
Pasadena, CA, 91101
USA
New Structural Health Monitoring Smart System Enables Building Owners to Act More Quickly Following a Seismic Event
REFLEXX Smart System for Buildings combines real-time data with structural algorithms to rapidly provide essential damage probability report data, enhance safety and minimize downtime.
Scottsdale, AZ - Digitexx Data Systems, Inc. has launched REFLEXX Smart System for Buildings, a new damage detection and performance evaluation reporting system that provides essential structural health data in less than 15 minutes. REFLEXX is a turnkey solution that combines real-time data with sophisticated structural algorithms based on generally accepted engineering methodologies such as FEMA-356, HAZUS-MH, ASCE-41 and ATC-58 to provide detailed, actionable damage probability report data.
Measuring the structural integrity of a building following a seismic event is a critical precursor to enabling a building to re-open or begin repairs in a timely and cost-effective manner. However, the traditional methods of visually inspecting a facility - particularly during a post-event - can be both time-consuming and inconclusive.
Following an earthquake event, building owners, facility managers and structural engineers are confronted with many uncertainties - Is all or part of the building safe? Is it necessary to evacuate occupants? Can building occupants be allowed back into the building? Are ancillary but critical operations functioning effectively to support occupancy?
While issues of safety and security are paramount in the short-term, longer-term impacts on productivity and profitability are also critical.
Dr. Farzad Naeim, Past President of Earthquake Engineering Research Institute, the current President of the L.A. Tall Buildings Council and the Director of Research at John A. Martin & Associates explains that the current process of assessing a building's health following extreme events such as earthquakes can take days, if not weeks.
"Building owners and managers are required to wait in line for their buildings to be visually inspected and tagged by city officials, or evaluated by an engineer in order to assess the status of their building," said Dr. Naeim. "Even if you have an engineer in place before an extreme event happens, it may only reduce the wait time for a visual inspection and assessment from weeks to days. But many buildings need to make decisions within minutes."
When an event occurs and sensor thresholds are exceeded, REFLEXX generates detailed analyses and reporting for the structural engineer to understand key building response parameters, including: accelerations, displacements, velocities, interstory drift ratios and story forces and shears. The smart system provides instantaneous information critical to assist in the building's diagnosis and recovery plan. Within 15 minutes of an event, REFLEXX will send a detailed report describing the structural health of the building at the global, floor-by-floor, and even component level.
REFLEXX also allows the building to access a report with damage cost estimations and repair time expectations for various components down to the server, ceiling tile and HVAC systems. This data allows the building owner to make plans for re-occupation and repairs in a timely manner.
Digitexx CEO and president Mark Sereci said the effects of an earthquake event on buildings and other large structures are often difficult to detect yet must be assessed as quickly as possible. "Immediately following an earthquake, the people who are typically the most vulnerable are those in highrise buildings and building complexes, from hospitals and university dorms to office buildings and manufacturing operations," said Sereci. "This situation places tremendous pressure on building owners and managers to make fast, accurate decisions. REFLEXX now gives them the tools to do that."
Turnkey System
REFLEXX incorporates the onsite data acquisition hardware for local and remote broadcasting of sensor data, the sensors and cabling, and software licensing. The smart system also provides full installation and the retained services of a structural engineering partner. The REFLEXX system can also be customized to accommodate buildings where sensors and/or engineering services are already in place.
The system can be manually triggered to provide an on-demand building health assessment or will be automatically triggered by sensor threshold exceedance.
Reflexx was developed by Digitexx and John A. Martin & Associates as part of a collaborative effort.
For more information about REFLEXX Smart System for Buildings, call Angela Miller at 480-339-0472 or email angela.miller@digitexx.com.
About Digitexx
Founded in 2000, Digitexx Data Systems, Inc. pioneered the concept of real-time structural health monitoring. The company has developed real-time structural health monitoring systems for a variety of industries and applications including: bridges, buildings, corporate campuses, wind turbines, oil rigs and more. The Digitexx system is capable of measuring and responding to both natural and man-made events such as earthquakes, high winds, explosions and accidental heavy impacts. www.digitexx.com
About JAMA
John A. Martin & Associates, Inc. (JAMA) is a structural engineering firm founded in 1953 and headquartered in Los Angeles, California with 12 affiliate offices located throughout the United States and China. The company provides structural engineering services worldwide and is one of the largest privately-owned structural engineering firms in the United States. JAMA is committed to LEED/energy efficient and environmentally sensitive designs and construction methods.
|
|
|
|
|
|
|
| 
