Manual for the design of reinforced concrete building structure 2002
In 1985 the Institution published its βgreenβ book, the Manual for the design of reinforced concrete building structures, drafted jointly with the ICE.
Written by and for practising designers, in a concise format, it reflects the logical sequence of operations which a designer follows, and was compatible with British standard BS 8110 at that time.
This revised 2nd edition encapsulates changes arising from:
- amendments to BS 8110, which was republished in 1997 and further amended in 2001;
- the publication of BS 8002 for the design of earth retaining structures; and
- the publication of BS 8666, which superseded BS 4466.
All the amendments are signified by a line in the margin.
The general scope of the manual remains unchanged in that it still covers the majority of reinforced concrete buildings.
It continues to offer practical guidance on how to design safe, robust and durable structures.
Hi everybody!
Can anybody help me to get the books of the Bearing Capacity of Roads, Railways and Airfields: Proceedings of the 8th International Conference (BCR2A'09), June 29 - July 2 2009, Unversity of Illinois at Urbana - Champaign, Champaign, Illinois, USA.
ISBN: Β 9780415871990
ISBN 10: Β 0415871999
Publication Date: Β June 19, 2009
Number of Pages: Β 1,560
i would like also the books from the other editions of this conference.
I would really appreciate.
Thanks!
These downloadable PDF's give you valuable how-to-do-it information on procedures used for five commonly used concrete repairs. Produced by ACI Committee E 706, Repair Application Procedures, the bulletins cover:
* Structural Crack Repair by Epoxy Injection
* Crack Repair by Gravity Feed with Resin
* Spall Repair by Low-Pressure Spraying
* Surface Repair Using Form-and-Pour Techniques
* Surface Repair Using Form-and-Pump Techniques
* Vertical and Overhead Spall Repair by Hand Application
* Spall Repair of Horizontal Concrete Surfaces
* Installation of Embedded Galvanic Anodes
* Spall Repair by the Preplaced Aggregate Method
Each bulletin gives a concise description of the repair method including the purpose of the repair, when it should be used, needed surface preparation, material and equipment selection, and safety considerations. Step-by-step procedures that are also included will help repair technicians to do their jobs correctly. The bulletins are useful reference documents for facility owners, design professionals, and concrete repair contractors.
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Osaka office building has highway built right into it
Overview
Gate Tower Building is a 16-story office building in Fukushima-ku, Osaka, Japan. And what makes it notable is the highway that passes through the 5th-7th floors of this building.
The building has a double core construction, with a circular cross section. The Umeda Exit of the Ikeda Route of the Hanshin Expressway system (when exiting the highway from the direction of Ikeda) passes through the fifth through seventh floors of this building. The highway is the tenant of those floors. The elevator passes through the floors without stopping, floor 4 being followed by floor 8. The floors through which the highway passes consist of elevators, stairways and machinery. The highway does not make contact with the building. It passes through as a bridge, held up by supports next to the building. The highway is surrounded by a structure to protect the building from noise and vibration. The roof has a heliport.
The building has a double core construction, with a circular section and special care is taken by providing surrounded structure to the highway to protect the building from noise and vibration.
Motive
βWood and charcoal industryβ held the property rights for this plot of land since the early Meiji period, but the gradual move to other sources of fuel resulted in those company buildings deteriorating. In 1983, the redevelopment of this area was decided upon, but building permits were refused because the highway was already being planned to be built over this land. The property rights' holders refused to give up, and negotiated with the βHanshin Expressway Corporationβ for approximately 5 years to reach the current solution.
Although normally highway corporations purchase the land they build a highway on or over, it is not guaranteed to succeed and therefore issues like this can arise.
For that reason, the highway laws, city planning laws, city redevelopment laws and building codes were partly revised in 1989 to permit a so-called Multi-Level Road System that allows the unified development of highways and buildings in the same space. This system was originally designed to facilitate the construction of the second Ring Road in the vicinity of Toranomon, Minato-ku, Tokyo, but in the end was not applied there. Instead, the system was put into effect in the construction of the Gate Tower Building, becoming Japan's first building to have a highway pass through it. Normally highways are still built underground in these cases, and passing through a building is an extremely rare occurrence.
This book developed from annual course on the genesis of joints in rocks, in the department of rock engineering at the University of Technology, Graz, Austria. As joints are fractures which, barren or filled with fluid or minerals, interrupt the continuity of rock bodies, the development of these features is a mechanical process. Hence, the course and, in more detail this book, deal with the mechanical genesis of joints.
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Mining Methods in Underground Mining by Atlas Copco
Talking Technically
3 Trends in underground mining
7 Geology for underground mining
13 Mineral prospecting and exploration
17 Finding the right balance in exploration drilling
21 Underground mining infrastructure
25 Principles of raise boring
29 Mechanized bolting and screening
33 Mining in steep orebodies
39 Mining in flat orebodies
43 Backfilling for safety and profit
46 Atlas Copco rock bolts for mining
Case Studies
47 Innovative mining at Garpenberg
53 Changing systems at Zinkgruvan
59 Increasing outputs at LKAB iron ore mines
63 From surface to underground at Kemi
69 Mining magnesite at JelΕ‘ava
73 All change for Asikoy copper mine
77 Mining challenge at El Soldado
83 Pioneering mass caving at El Teniente
91 Boxhole boring at El Teniente
97 Modernization at Sierra Miranda
99 Mount Isa mines continues to expand
105 High speed haulage at Stawell
109 Sublevel stoping at Olympic Dam
115 Improved results at Meishan iron ore mine
119 Mechanized mining in low headroom at Waterval
121 Large scale copper mining adapted to lower seams
125 Underground mining of limestone and gypsum
129 Sub level caving for chromite
133 Getting the best for PeΓ±oles
137 Keeping a low profile at Panasqueira
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