AIR Extends ACM Earthquake Technology to Japan.Business/Technology Editors BOSTON--(BUSINESS WIRE)--Jan. 31, 2001 AIR, the Boston-based catastrophe modeling
intr.v. im·pend·ed, im·pend·ing, im·pends 1. To be about to occur: Her retirement is impending. 2. renewals of reinsurance The contract made between an insurance company and a third party to protect the insurance company from losses. The contract provides for the third party to pay for the loss sustained by the insurance company when the company makes a payment on the original contract. coverage for Japanese insurance companies. "This release is in keeping with our commitment to delivering to our insurer and reinsurer re·in·sure tr.v. re·in·sured, re·in·sur·ing, re·in·sures To insure again, especially by transferring all or part of the risk in a contract to a new contract with another insurance company. clients the most advanced technology for assessing the loss potential of earthquake-prone structures worldwide," said Mr. Uday Virkud, P.E., AIR Senior Vice President. The driving distinction between AIR's Japan earthquake model and the models of other firms is ACM (Advanced Component Method(TM)). ACM enables the AIR model to treat buildings as complex collections of individual structural and non-structural components, each of which responds uniquely to the natural resonance between the building and incoming seismic waves seismic wave Vibration generated by an earthquake, explosion, or similar phenomenon and propagated within the Earth or along its surface. Earthquakes generate two principal types of waves: body waves, which travel within the Earth, and surface waves, which travel along the . The benefit of ACM for companies using AIR's model is the ability to base risk management decisions on more refined loss estimates generated using a rigorous, engineering-based methodology. AIR has worked closely with a leading Japanese design firm, who provided detailed specifications and design documents for representative structures conforming to local Japanese construction practices and code. Using these detailed designs and through a simulated "pushover push·o·ver n. 1. One that is easily defeated or taken advantage of. 2. Something that is easily done or attained. See Synonyms at breeze1. " process, AIR engineers have captured how Japanese buildings are likely to behave during an earthquake and have incorporated that information in the damage relationships that mathematically describe the response of structures to earthquakes. Applied Insurance Research is the technological leader in providing catastrophe modeling services and computer software solutions (CATMAP(R)/2, CLASIC(TM), CLASIC/2(TM) and CATRADER(R)) to the insurance, reinsurance and capital markets. AIR's models simulate losses from natural catastrophes such as hurricanes, hail, tornadoes, other windstorms, flood and earthquakes in over 20 countries. Offices are located in Boston, London, and Seattle. The company's Web address is www.air-worldwide.com. |
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