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  SME-26 Tour –
Structural Testing Laboratoriesat U of T
   
 

Structural Testing Laboratories
The tour will be of The Structural Testing Laboratories in the Department of Civil Engineering which are among the top few such centres in North America and have received numerous awards for the quality of research performed. One example is the American Concrete Institute (ACI) Charles S. Whitney Medal received in 1989 "for distinguished experimental research and interpretation of the response of structural concrete to load combinations". The main laboratory facilities include both - the Mark Huggins Structures Laboratory and the Sandford Fleming Structures Laboratory, as well as numerous ancillary areas such as a concrete mixing laboratory, machine shop and a woodworking shop. Students design, build and test large structural concrete beams in these facilities. One of the many machines, the Baldwin Universal Testing Machine can apply a tension or compression test load of 1.2 million lbs on beams up to 22 ft high and 60 ft long.

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EVENT DETAILS

Thursday, January 24, 2008
7:00 p.m. – 9:00p.m.

Department of Civil Engineering
University of Toronto
35 St. George Street,
Toronto, ON M5S 1A4

Click here for Map

RSVP ONLY
Please Register with:
Loris Giuricich
@ 416-448-2225 or
Lgiurici@celestica.com
$15 Members
(CMTDMF - Canadian Machine Tool, Die & Mold Federation - included)
$25 Non-members
$8 Student Members
SME membership cards are to be shown.
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Mark Huggins Structures Laboratory
The Mark Huggins Structures Laboratory, constructed in 1960, provided the Department with one of the best such facilities in North America at that time. Experiments conducted in the laboratory have contributed significantly to the development of Canadian structural engineering codes and practice. The Mark Huggins Structures Laboratory was basically designed and equipped to test individual structural elements, (primarily individual beams and columns - i.e. bar-like specimens), under simple loading conditions.

This machine, dating from 1960/61, was upgraded with a new control console in 1974 and underwent major repairs and improvements as a result of an NSERC Equipment Grant in 1986.

In addition to the Baldwin Testing Machine, the Mark Huggins Laboratory contains a strip of strong floor 21 m long by 4 m wide which, when combined with a set of portable universal reaction frames, enables large "beam-like" structures to be tested.

Sandford Fleming Structures Laboratory
The Sandford Fleming Structures Laboratory, which has approximately 700 m2 of floor area and an 18 m x 12 m strong floor as well as a 5 m high by 5 m wide reaction wall, was constructed following a fire in 1977 and was officially opened in 1982. With the aid of an NSERC Major Installation Grant, this laboratory was then outfitted with world-class, "state-of-the-art" testing equipment for research on large scale structural specimens.

A major feature of this laboratory is a computer-controlled electrohydraulic, closed-loop testing system, which includes a purposebuilt 2,700 kN capacity moveable MTS dynamic loading frame. The main loading frame, when combined with four 350 kN capacity portable MTS actuators, the strong floor, the reaction wall and a number of portable universal steel reaction frames, provide a system capable of loading large, "three-dimensional", structural subassemblies in an infinitely variable format.

For more information, please visit:
http://www.civil.engineering.utoronto.ca/infoabout/research /structural/Structural_Testing_Laboratories.htm

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Baldwin Universal Testing Machine
This large-scale universal testing machine can apply tension / compression loads up to 5,400 kN (1.2 million lbs.), on specimens up to 6.5 meters (22 ft.) high, and 18.3 meters (60 ft.) long. This testing machine can be used to carry out a variety of tests on materials and assemblies such as wire ropes, concrete beams and steel trusses.

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