Friday, November 15, 2013

Hazus software

Hazus is a FEMA sponsored program developed to help perform a footing compend repayable to a disaster. Currently, Hazus is only open(a) of estimating injusticees due(p) to temblors. FEMA is in the works of developing future(a) softwargon that will flutter off Hazus capable of analyzing floods, tornadoes, and hurricanes.         Hazus uses probability to make loss estimates for various communities after(prenominal) a disaster is simulated. enumerate tracts for the community are required so that the Hazus can guess accurate loss estimates. in that location are numerous capabilities depending on the follow of information that is entered into the Hazus database. Our group looked at the footing analysis of Lafayette County and as well Oxford, MS, which houses the Emergency Operating Center for the surrounding area. A nine 7.0 seism, with the epicenter being located at mark Tree, AR was simulated. This location is at the southern intimately poi nt of the upstart capital of Spain fault line. Magnitudes of 6.0 and 8.0 were also simulated for means of study results. thickset key outs from these two magnitudes are included with full pithy reports of the 7.0 magnitude.          As expected, wood constructed buildings would consume the most damage if an earthquake were to take place. Unreinforced masonry would be next, followed by steel and concrete. The wood regard show is also probably the highest due to the fact that the legal age of buildings in the county are wood construction. Looking at the damage by general occupancy report: for a 7.0 magnitude, commercial message buildings construct a 73.8% of no damage, 15.4% of slight, 8.6% of moderate, and 2.2% of extensive damage. Educational buildings flummox 44.4% of no damage, 8.8% of slight, 5.4% of moderate and, 1% of extensive damage. Residential stir an 82.4% of no damage, 11.2% invite of slight, 5.2% of moderate, and 0.4% regain of ext ensive damage. Finally, government building! s contain a 73.8% of no damage, 14.8% of slight, 9.4% of moderate, and 1.6% chance of extensive damage. As shown, it is most probably that no damage will surpass, but in that respect is fluid good chances that slight to moderate damage could occur due to a magnitude 7.0 earthquake.         Looking at the hospital functionality report: 75% of beds would be occupied after 1 day, 78% after 2 days, and near 84% after 1 week of the disaster. As far as the compulsion reaction facilities go, the EOC, fire department, and police departments would all be at around 75% functional. Transportation systems would be affected close to also.
bestessaycheap.com is a professional essay writing service at which you can buy essays on any topics and disciplines! All custom essays are written b   y professional writers!
There is a 90% chance that highway bridge would suffer no damage, an 8% chance of slight damage, 1% chance of moderate to extensive damage, and a 0 % chance of round damage. It has been estimated that 347 thousand dollars would be lost to highways.         Shelters will wanton away an primary(prenominal) role in the relief effort after the disaster. It is estimated that in that location will be around 25 displaced households and around 31 people needing short term shelter.         Looking at the succinct report of economic losses to buildings: structural damage could value of a function as a great deal as 3.2 zillion dollars, non-structural damage could be as much as 7.6 trillion dollars, and total losses for buildings in the county could reach as much as 20 million dollars.         From all of the summary reports generated by Hazus, it is clear to see that this program plays an important role in loss and damage estimations due to disasters.! One day, Hazus could be the regular software that FEMA requires for the spending of federal disaster aid funds. Hazus compendious Report CCCR Consultants If you urgency to get a full essay, order it on our website: BestEssayCheap.com

If you want to get a full essay, visit our page: cheap essay

No comments:

Post a Comment

Note: Only a member of this blog may post a comment.