Kingsport Ballet turns flood clean-up into restoration job

Following the July flood that inundated downtown Kingsport in two and three feet of water, Kingsport Ballet staff, volunteers, and hired hands went to work to extract, clean up, dry up and restore affected areas.The Kingsport Ballet facility was renovated into the current arts center in July of 2010. The original building housed the Dixie Maid Bakery in the 1930s and 1940s, and various businesses since then.

Kingsport Ballet renovated over 15,000 square feet of space into five studios, spacious waiting areas, dressing rooms and porcelain tiles, a wellness lounge and additional studios sublet to arts instructors. Some of the front rooms which serve as reception areas and waiting rooms were covered in old vinyl tile, which was repaired and cleaned but not replaced in 2010. The recent flood saturated the front half of the building under 2 inches of water and the vinyl tile became loose in areas and buckled in others.

Faced with various options for re-flooring, it was determined that the two layers of tile would need to come up to determine if ceramic tile, sealed concrete or other appropriate high-traffic flooring would be best in the approximately 900 square-foot area. In the process of removal, workers exposed large areas of original porcelain tile laid during the original construction of the bakery. The tile covers 90 percent of the floor affected.

During the 2010 renovations, some of the same tile was exposed in another area, but due to large spots of subfloor disrepair, only a small portion of the original tile was restored into a framed area about 4 feet by 10.

The recent flooding forced the exposure and subsequent restoration  of the original hexagonal one-inch tile, typical during the 1930s and 1940s. Kingsport Ballet volunteers and staff have been stripping and cleaning the tile for several weeks in order to open doors for fall classes on Aug. 19.

In addition to restoring the waiting area floors, workers have repaired buckled subfloors in carpeted areas, ripped out and replaced base molding, repaired and patched walls that became wet during the flood and are replacing some furniture damaged by water.

The non-profit company — supported in part by the Tennessee Arts Commission, the Kingsport Community Foundation, the City of Kingsport and various area sponsors — is seeking donations to offset renovation and restoration efforts as a result of the flood. A T-shirt commemorating the restoration has been created, and will be for sale on the corner of Cherokee and Market streets on Saturday, Aug. 17, during a downtown celebration event, and at Kingsport Ballet after that. Proceeds will help offset renovation and restoration expenses.

Kingsport Ballet is funded for general operations by the Tennessee Arts Commission under an agreement with the National Endowment for the Arts. Outreach programs are funded in part by the City of Kingsport, the East Tennessee Foundation’s Arts Fund, the Funds for At-Risk Youth with the Tennessee Arts Commission, Holston Medical Group, among others.

"If a spacecraft is hit by orbital debris it may damage the thermal protection system," said Eric Fahrenthold, professor of mechanical engineering at The University of Texas at Austin, who studies impact dynamics both experimentally and through numerical simulations. "Even if the impact is not on the main heat shield, it may still adversely affect the spacecraft. The thermal researchers take the results of impact research and assess the effect of a certain impact crater depth and volume on the survivability of a spacecraft during reentry," Fahrenthold said.
Only some of the collisions that may occur in low earth orbit can be reproduced in the laboratory. To determine the potential impact of fast-moving orbital debris on spacecraft — and to assist NASA in the design of shielding that can withstand hypervelocity impacts — Fahrenthold and his team developed a numerical algorithm that simulates the shock physics of orbital debris particles striking the layers of Kevlar,China Porcelain tile, and fiberglass that makes up a space vehicle's outer defenses.

Supercomputers enable researchers to investigate physical phenomenon that cannot be duplicated in the laboratory, either because they are too large, small, dangerous — or in this case, too fast — to reproduce with current testing technology. Running hundreds of simulations on the Ranger, Lonestar and Stampede supercomputers at the Texas Advanced Computing Center, Fahrenthold and his students have assisted NASA in the development of ballistic limit curves that predict whether a shield will be perforated when hit by a projectile of a given size and speed. NASA uses ballistic limit curves in the design and risk analysis of current and future spacecraft.

Read the full products at http://www.tilees.com/.