Add to ORKGRetaining structures form an important component of many civil engineering and geotechnical engineering projects. Careful design and construction of these structures is essential for safety and longevity. This new edition provides significantly more support for non-specialists, background to uncertainty of parameters and partial factor issues that underpin recent codes (e.g. Eurocode 7), and comprehensive coverage of the principles of the geotechnical design of gravity walls, embedded walls and composite structures.<br/
The design of a geotechnical structure under seismic loading is frequently carried out by means of t...
For port development, it is sometimes necessary to construct large gravity retaining structures foll...
[Partial Introduction - see PDF file for the rest] The objective of this essay is to provide a gener...
In this report the author expressed his understanding of Eurocode 7 and the Load and Resistance Fact...
The objective of the presented research is to investigate methods used to calculate earth pressures ...
In order to avoid the inequality arising from many and different civil engineering standards, rulebo...
The past 10 years have seen considerable advances in the practice of retaining wall design and const...
This core undergraduate textbook for civil engineers is the first to cover the fundamental changes i...
The design methodology for earth retaining structures placed in front of a stable slope or wall with...
Earthquake-resistant design of earth retaining structures like retaining walls, earth dams and found...
Soil, unlike solid rocks, generally have low strength. It is therefore often not possible to cut or ...
US Transportation Collection2022PDFTech ReportChang, Nien-YinNghiem, Hien ManhWang, Shing-ChunKhan, ...
In the design of a cantilever retaining wall, magnitude and distribution of earth pressures are ofte...
British Codes and Standards (BS) have been used in practice for many years and it is to be replaced ...
The European standards, developed extensively over last 30 years, are driven by the need for continu...
The design of a geotechnical structure under seismic loading is frequently carried out by means of t...
For port development, it is sometimes necessary to construct large gravity retaining structures foll...
[Partial Introduction - see PDF file for the rest] The objective of this essay is to provide a gener...
In this report the author expressed his understanding of Eurocode 7 and the Load and Resistance Fact...
The objective of the presented research is to investigate methods used to calculate earth pressures ...
In order to avoid the inequality arising from many and different civil engineering standards, rulebo...
The past 10 years have seen considerable advances in the practice of retaining wall design and const...
This core undergraduate textbook for civil engineers is the first to cover the fundamental changes i...
The design methodology for earth retaining structures placed in front of a stable slope or wall with...
Earthquake-resistant design of earth retaining structures like retaining walls, earth dams and found...
Soil, unlike solid rocks, generally have low strength. It is therefore often not possible to cut or ...
US Transportation Collection2022PDFTech ReportChang, Nien-YinNghiem, Hien ManhWang, Shing-ChunKhan, ...
In the design of a cantilever retaining wall, magnitude and distribution of earth pressures are ofte...
British Codes and Standards (BS) have been used in practice for many years and it is to be replaced ...
The European standards, developed extensively over last 30 years, are driven by the need for continu...
The design of a geotechnical structure under seismic loading is frequently carried out by means of t...
For port development, it is sometimes necessary to construct large gravity retaining structures foll...
[Partial Introduction - see PDF file for the rest] The objective of this essay is to provide a gener...