Greetings!
Springtime is here and with days already approaching 90 degrees, we are reminded of the hot summer months ahead. Thankfully, our workload has been warming up as well, keeping us busy with some local and a few out-of-state projects. We are also approaching the two-year anniversary of 'Structural Moments'. We hope you find these Moments as interesting to read as they are for us to create. A special "spotlight" edition will mark the occasion next month. Stay tuned! Best regards, Mohammed Thomad, PE, SE Principal |
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Tsunami Resistant Buildings
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Image credit: web.mit.edu |
In the wake of the horrific 8.9 earthquake and following tsunami that recently hit Japan on March 11th, we cannot help but ask ourselves what could have been done differently to reduce or prevent such destruction and tragic loss of life.
Although extensive property damage may be unavoidable in the case of such powerful natural disasters, the complete destruction and loss of life as seen in Japan are avoidable.
We've compiled a list of preventative steps that can be taken in the design and construction phases of buildings as well as links to a few interesting articles on seismic and tsunami resistance.
- Use deep foundations to prevent buildings from being swept away.
- Orient structures at an angle to the shoreline to help direct water around the structure, rather than being a wall for the wave of water to slam into.
- Vegetation and natural aquatic formations (such as coral reefs) should be left intact as they provide natural roadblocks for a tsunami and can reduce the speed of the wave.
- Lower levels of a building should be constructed with heavy, well-reinforced concrete; every pound at this crucial part of the building counts to keep it grounded.
- Elevate the first occupied floor of a building above the shoreline to minimize damage by allowing water to flow under the structure. Elevated structures also provide safe, high ground for "vertical evacuation", reducing loss of life.
Read further on the design of earthquake and tsunami resistant structures: Article 1 Article 2 Article 3
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Featured Project: Lexus of Henderson
Congratulations to Lexus of Henderson on the recent completion of their premiere dealership in Henderson, NV. THOMAD Engineering is proud to have been a part of the project team, providing full structural engineering design and consulting services from the project inception through completion. Construction on the LEED Gold rated facility began in the Summer of 2009 and was completed late 2010. Click here to view more photos and learn more.
Project Highlights:
- Luxurious 83,500 sf auto dealership featuring an elegant show room, retail boutique, relaxing customer lounge and administrative offices
- High-tech service garage boasting 18 bays plus 6 quick service lanes.
- On-site car wash, detail bays, and parts storage building
- Stand-alone cooling tower and central plant
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Who We Are:
THOMAD Engineering is a client-focused structural engineering design and consulting firm. Since 2003, we have been committed to providing excellent services always above and beyond expectations.
To learn more, spend a 'moment' at our website.
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Announcement:
The Cify of Henderson has announced the availability
of their new interactive Seismic Site Classicication Map. This tool was created by the city's GIS professionals and allows users to search by address or parcel number and receive the site's seismic classification.
Click here to use the new interactive Seismic Site Classification Map. |
'Structural Moments' Archive:
March 2011
February 2011
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'Structural Moments' is a monthly e-newsletter published by the staff of THOMAD Engineering. It is intended to inform our valued clients, associates, and colleagues in the A/E/C industry and stimulate thoughtful dialogue with them. |
THOMAD Engineering has been a proud member and supporter of the AIA Las Vegas chapter since 2003.
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