History Suggests that 2012 will Bring the “Big One” Hurricane to the Middle Atlantic States

Alexandria, Virginia (PRWEB) June 16, 2012

Are major hurricanes hardwired to occur within certain intervals or are visits random?

That question is critical to the millions of residents who live in the Middle Atlantic states.

Hazel in October 1954 was the last tropical cyclone to bring actual hurricane force winds of 74 mph and higher to large sections of the region. It made landfall in North Carolina before tracking north through Virginia, Maryland, Pennsylvania and New York; its unrelenting fury surprising those living well inland, making for lifetime memories. Hazel set many wind records, including a 78 mph sustained wind in Washington, D.C., and a peak gust of 98 mph.

The reference, Hurricanes and the Middle Atlantic States, published by Blue Diamond Books, details Hazel and many similar events.

Hazel-type storms have occurred regularly in the Mid-Atlantic region during the past 400 years. No gap before Hazel was longer than 58 years, with two intervals of 57 years and Hazel, which came 58 years after the highly destructive hurricane of 1896.

Never before have so many people and so much property been at risk, said Rick Schwartz, author of Hurricanes and the Middle Atlantic States. Extensive development since 1954 means increased vulnerability and likely one of the costliest hurricanes in U.S. history.

Past inland hurricanes, as I named them, Schwartz said, brought hurricane force winds along an interior track lasting hundreds of miles. Residents were astounded. They couldnt believe such an event possible.

Accounts in the book Hurricanes and the Middle Atlantic States read like fiction.

An observer at Stratford Hall along the lower Potomac River in Virginia wrote of the hurricane of September 1769, In short, had the storm continued for a few hours more the present view must satisfy every sensible person that this part of America would have ceased to exist.

A hurricane in October 1878 heavily damaged or destroyed 700 buildings in Philadelphia, Pennsylvania. In nearby Wilmington, Delaware, winds tore the roofs off 100 homes.

A reporter for the Washington Star said of the enormous damage from the hurricane of September 1896: Today the city bears the mark of the storm in so many quarters, and the ruins are so numerous, that to enumerate then (would be) an endless task.

The Mid-Atlantic region is particularly vulnerable to high winds. Leafy, shallow-rooted trees are easy prey for persistent gusts. Less wind resistant building design than in more hurricane-prone places also contributes to risk. Hurricane Isabel in 2003, for example, was downgraded to a tropical storm soon after reaching Virginia. Its winds still caused billions of dollars in losses as it tracked north.

All previous Hazel-type events occurred in September or October at the peak of the official hurricane season, which is from June 1 until November 30. Each tracked through North Carolina, Virginia and Maryland, with some moving into eastern Pennsylvania and others passing through Delaware and New Jersey.

Hurricanes such as these rank among the Middle Atlantic states most destructive natural disasters, Schwartz said. Yet, few residents are aware of them and what they have done. My research covered 400 years of Mid-Atlantic hurricane history and describes each. The region is undoubtedly due for the next Big One. Unfortunately, it appears that once again experience will be the teacher.

For historical hurricane information, contact Rick Schwartz, author of Hurricanes and the Middle Atlantic States, the first book to focus on the areas hurricane history, at 571-245-0318.

For more information about the hurricane history of the Middle Atlantic states, visit http://www.midatlantichurricanes.com. The site offers individual pages that summarize notable events in Delaware, Maryland, New Jersey, North Carolina, Pennsylvania and Virginia, as well as New York City. The section, Hurricane Perspective, offers insights into inland hurricanes.







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Fortressing Against the Upcoming Hurricane Season: Building a Modular Home on Cape Cod


Westport, MA (PRWEB) June 18, 2012

During hurricane season, vacation homes along the shore can take a terrible beating from wind and waves. In recent years, the government agency FEMA has determined how we must engineer our homes in each area of the country to ensure quality standards. FEMA has also divided the U.S. shore regions into zones that include especially stringent requirements for home construction. FEMA regulations always supersede local zoning.

But one particular new home, whose construction was initiated this spring, is in whats called the North Zone, the worst wind zone in the Northeast. This area blankets the entire lower arm of Cape Cod because storms here can be very severe with wind loads of 120mph, or more. The Perfect Storm is a perfect example, but not the only example of the battering these stretches of beach have endured. The law requires that structural framing of shore house in this zone must be engineered to resist winds of this magnitude. The owner of this particular property, a doctor with a family including several young children, chose to go with a Modular Architect just to be sure his home was as strong as possible. Modular designs are thought to be stronger than traditionally built homes because modular construction has redundancy in the framing where the sections fit together. One of these fits is called the marriage wall, which is a sheer wall that inherently resists sideways forces of wind.

The chosen architect, Douglas Cutler A.I.A., founder of Modular Architecture in Wilton, CT, also engineered and designed this vacation home with impact resistant windows to keep the residents safe from shattering glass in the event that they were unable to evacuate before a storm. If the home is, hopefully, unoccupied, these windows will also protect the furnishings from wind and water damage.

Waves and Flooding

The government, in an effort to gain support for the new construction rules, has studied paths of hurricanes and determined minimum floor levels above high tide lines. They also determined how strong foundations must be in order resist wave action. When the doctor of the Cape Cod Modular decided to replace the existing bungalow on his property, the replacement floor had to be built 10 feet higher than the previous floor. The higher the floor, the less waves can chew away at it.

The foundation, too, is literally a pillar of strength. Douglas Cutler designed a series of 18 concrete piers, each one 12 feet high that come vertically out of the ground. The pillars are about 18 inches square, poured with 500 lb. reinforced concrete and adhered to the grade beam horizontal which lies 3.6 feet below the finished grade. The home is then placed above these pillars. This is code for the pillar depth and height in this area and even though there may be local regulations limiting the height of home. Once again, FEMA regulations always supersede local zoning for safety purposes.

Calm Weather Advantages of Modular

The doctors family wanted a vacation home with spectacular views. Douglas Cutler designed them a modular home that turns tradition on its head sleeping rooms on the bottom, living area on the top so that the family can take advantage of the breathtaking views from about 30 feet off the ground. On a clear day they will be able to see Marthas Vineyard and Cuttyhunk.

This Cape Cod home, set earlier this Spring, should be completed by midsummer 2012 right in time for hurricane season. The furniture will be moved in and the lobsters will be served, dripping with butter on one of the beautiful decks. There are carports beneath the piers, 4 bedrooms with 3 baths, decks and an open floor plan on the top. The lot is small, 1/4 acre or less which makes it ideal for building a modular home.

The differences between building a modular home and traditional stick-built construction can be confusing, but just remember that custom modular is simply a hybrid form of construction, says Douglas Cutler. The foundation is built conventionally but the rest is built in a factory except for the detailing In order to meet code and get the safest home available, designed to resist the main natural forces that exist, the architect must always lead in the planning. When is comes to strength, beauty and the latest amenities, home buyers and builders will have a super advantage if they call their modular architect first.

Learn more about Douglas Cutler Architects and their award winning modular designs at http://www.modulararchitecture.com