I was reading the ASCE News, January edition which announced the 5 finalists for the 2010 Outstanding Civil Engineering Achievement (OCEA) Award and I was struck by the significant geotechnical engineering and geoengineering components of these projects. Read on as I highlight some of things hidden beneath the ground of these remarkable projects. […]
I am very grateful for the support of two new sponsors this year, Nicholson Construction and Dataforensics. Please let them know you appreciate their financial support of GeoPrac! Nicholson Construction is a specialty geotechnical contractor […]
The Burj Dubai Tower has recently reached it’s final height of 818m (2,684-ft or almost exactly 1/2 a mile!). The foundation system for the Burj Dubai is comprised of 192 bored piles (drilled shafts in my practice) 1.5-m (approximately 5-ft) in diameter and approximately 50-m deep (164-ft). A 3.7-m (12-ft) thick raft foundation sits on top of the piles under the full footprint of the structure. (Image from BurjDubaiSkyscraper.com)
The geotechnical investigation for the Burj Dubai (now to be known as Burj Khalifa after the UAE President) is described in detail in a paper by the geotechnical engineer of record, Grahame Bunce of Hyder Consulting (UK) and the independent technical reviewer for the geotechnical design, Harry G. Poulos of Coffey Geotechnics. Click through for the link to the paper and more details. […]
In an open letter to geotechnical engineers and agencies that specify geosynthetics on their projects, the Geosynthetics Manufacturers Association (GMA) has requested that specifiers use the correct standards when referring material properties of geotextiles and […]
I received an email from Saeed Otufat-Shamsi of NovoTech Software (Disclosure: NovoTech is a GeoPrac Sponsor). He is involved with Geotechnical News magazine in Canada (www.bitech.ca) and asked me to post the following anouncement: I […]
RockWare, makers of the popular RockWorks software package announced recently the release of a brand new version of their flagship software. Their announcement claims that RockWorks15 has many new features, below are a few that […]
Issue Number 3 was released with some excellent papers including “Leaning Tower of Pisa: Behavior after Stabilization Operations”, “The Washington Monument Case History” and “Reconstruction of Konstantinovsky Palace in a Suburb of Saint Petersburg”. (Image […]
Karl von Terzaghi, the father of Soil Mechanics would have been 126 years old today! Two years ago, a colleague sent me an email wishing me a Happy Karl Terzaghi’s Birthday. So I decided for […]
This post contains a summary of geotechnical, materials testing, geosynthetic and related testing standards that were updated by ASTM during the month of September. This month there were not as many updates as the last couple, but a few that caught my eye are a new standard for measuring geosynthetic-soil resilient interface shear stiffness, a revision to the standard practice for laboratories testing concrete and concrete aggregates for use in construction and criteria for laboratory evaluation and a revision to the standard for measuring slump flow of self-consolidating concrete.
North Vancouver, BC, Canada – September 14, 2009 – Novo Tech Software
Novo Tech, a Vancouver-based geotechnical software developer, is pleased to announce that it has become a gINT Software Developer Partner. Kicking off this new developer partnership, Novo Tech’s newly released tools, NovoSPT, NovoLiq and Vislog, will officially become add-ons to gINT within the coming weeks. [Editor] Click through for the rest of the press release. [/Editor]
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