2 Recent Technological Developments In Deep Foundations Without Soil Excavation - Recent Technological Developments In Deep Foundations Without Soil Excavation - Brief Review Of Papers To Session 2

- Organization:
- Deep Foundations Institute
- Pages:
- 9
- File Size:
- 1688 KB
- Publication Date:
- Jan 1, 1994
Abstract
Session 2, Deep Foundation without Soil Excavation, has attracted no fewer than 22 papers dealing with subjects from soil improvement by grouting, injection, and deep mixing techniques through vibroflotation and special piles, including aspects pertaining to conventional driven and bored piles. In the short time available, it is not possible to both do justice to the papers and provide a critical review of the state-of-the-art. Instead, to meet the objective of making the next half hour worthwhile to the audience, I have chosen to comment on a few special points brought forward in the papers and thereafter to discuss more in detail a couple of aspects I have deemed to be of general interest. Four papers deal with jet-grouting, injection, and deep mixing techniques: DOMSKI, J. J. Reinforcement of subsoil under the foundations of historical buildings in Cracow using deep injection technique. RESTELLI, A. B, BERTERO, M., and LODIGIANI, E. Deep mixing technology to improve the bearing capacity of a very soft clayey soil under an earth embankment.
Citation
APA:
(1994) 2 Recent Technological Developments In Deep Foundations Without Soil Excavation - Recent Technological Developments In Deep Foundations Without Soil Excavation - Brief Review Of Papers To Session 2MLA: 2 Recent Technological Developments In Deep Foundations Without Soil Excavation - Recent Technological Developments In Deep Foundations Without Soil Excavation - Brief Review Of Papers To Session 2. Deep Foundations Institute, 1994.