Digital Commons Network^™

The Chanticleer, 2002-10-17, Coastal Carolina University

The Chanticleer Student Newspaper

The editorially independent student produced weekly newspaper of Coastal Carolina University.

Casco Bay Weekly : 17 October 2002

Casco Bay Weekly (2002)

No abstract provided.

Ua12/2/1 Keys To Success, Wku Student Affairs

WKU Administration Documents

College Heights Herald magazine regarding job fair. Articles include:

• Sigman, Amber. Making Contacts Key to Landing Perfect Job
• Career Expo Participants
• McBride, Ryan. Bowling Green Job Market Hot, National Economy Not
• Sainlar, Lindsay. Career Search Leads Graduates to Internet, Yellow Pages, Classifieds
• Peak, Sara. Potter College Graduates Most
• Engle, Megan. Help for Finding Jobs Lies Right here on Campus
• Sasseen, Jessica. Job Hunting for Two Twice the Trouble
• Cronin, Olga. Getting the Job You Want – Resumes
• Hagan, Laura. Location Is Key After Diploma
• Toone, Stephanie. Good Attitude, Attire Equal Success
• Holm, Hollan. Job Tip: Quitters Always Prosper
• Robinson, Jocelyn. …

Emerson Radio Corp V. Stelling

2002 Decisions

United States District Court for the District of New Jersey

Lawson V. Local 124

2002 Decisions

United States District Court for the District of New Jersey

Cafta Negotions Begin, Ladb Staff

NotiCen

No abstract provided.

The Imaginary Invalid, Poster

Theatre MSU and Blackfriars

The Imaginary Invalid

The Imaginary Invalid, Program

Theatre MSU and Blackfriars

The Imaginary Invalid

The Imaginary Invalid, Press

Theatre MSU and Blackfriars

The Imaginary Invalid

The Murray Ledger And Times, October 17, 2002, The Murray Ledger And Times

The Murray Ledger & Times

No abstract provided.

The Murray State News, October 17, 2002, The Murray State News

Murray State University Collection

No abstract provided.

Lanthorn, Vol. 37, No. 10, October 17, 2002, Grand Valley State University

Volume 37, July 11, 2002 - June 19, 2003

Lanthorn is Grand Valley State's student newspaper, published from 1968 to the present.

2002_10_17 Pca Membership Report, Pennsylvania Counseling Association

PCA Board of Directors Meetings

No abstract provided.

Appellants' Opening Brief - Green V. City Of Tucson, Docket No. 02-16700 (340 F.3d 891 (9th Cir. 2003))

Ninth Circuit Briefs

No abstract provided.

Uab Treats Fourth Patient In Cardiac Gene-Therapy Trial, Staff

Browse All News

No abstract provided.

Smalley And Young Named First Recipients Of Barnett Nursing Care Alumni Award, Staff

Browse All News

No abstract provided.

Integral Satellite Launches Oct 17 Unh Professor Hopes To Solve A Mystery Of Outer Space, Amy Seif

Media Relations

No abstract provided.

Calibrations Of Bolted Cold-Formed Steel Connections In Bearing (With And Without Washers), Roger A. Laboube, J. A. Wallace, R. M. Schuster

CCFSS Proceedings of International Specialty Conference on Cold-Formed Steel Structures (1971 - 2018)

The bearing strength of bolted connections is treated differently in the two current North American Cold-Formed Steel Design documents, the AISI Specification in the USA (AISI 1996a) and the S136 Standard in Canada (CSA 1994). In the case of the S136 Standard (CSA 1994), only one expression is presented that applies to all bolted connections such as single and double shear, as well as, with and without washers. In the AISI Specification (AISI 1996a), however, a distinction is made between single shear and double shear connections and the use of washers. Contained in this paper are the calibration results of …

Evaluation Of Bolt-Hole Elongation Stiffness For The Stiffness Prediction Of Cold-Formed Steel Bolted Moment-Connections, J. B. P. Lim, D. A. Nethercot

CCFSS Proceedings of International Specialty Conference on Cold-Formed Steel Structures (1971 - 2018)

Cold-formed steel bolted moment-connections cannot be considered as rigid because of localised in-plane elongation of the bolt-holes due to bearing of the bolt-shank against the bolt-hole. To therefore calculate the rotational stiffness of such bolted moment-connections, it is necessary to know the load-extension characteristics of bolt-hole elongation. In this paper, a non-linear large- displacement elasto-plastic finite element idealisation of a plain bolt-shank in bearing against a bolt-hole is presented. Graphs of load against bolt-hole elongation are plotted that show good comparison with laboratory test results. A proposed modification of the results allows for the results of a fully-threaded bolt-shank to …

Shear Lag Effect On Bolted C-Shaped Cold-Formed Steel Tension Members, Chi-Ling Pan, Pen-Chun Chiang

CCFSS Proceedings of International Specialty Conference on Cold-Formed Steel Structures (1971 - 2018)

This study is concentrated on the investigation of the shear lag effect on cold-formed steel tension members. C-shaped sections with different dimensions tested by using bolted connections were discussed in this study. The comparisons were made between the test results and predictions computed based on several specifications. In order to study the stress distribution at the various locations of the cross section of specimen, the finite-element software ANSYS was also utilized in this research. Based on the experimental results, it was found that the tension strengths of test specimens predicted by the AISC-Code (1999), which takes account of the shear …

Strength And Behavior Of Fillet Welded Connections In G450 Sheet Steel, Lip H. Teh, Gregory J. Hancock

CCFSS Proceedings of International Specialty Conference on Cold-Formed Steel Structures (1971 - 2018)

G450 steel to AS 1397 is a cold-reduced sheet steel with in-line galvanizing. Its grade is 65 ksi (450 MPa) yield and 70 ksi (480 MPa) tensile strength. It is widely used in Australia for purlins, and is being used to fabricate light-weight Portal frames, often by welding. The effect of welding on G450 sheet steel in the heat affected zone was unknown and so the project was performed to investigate the strength of fillet welded connections. Transverse and longitudinal fillet welded connections in 0.06 in (1.5 mm) and 0.12 in (3.0 mm) sheet steels were tested to failure. The …

Some Improvements To The Design Of Sandwich Panels Subject To Local Buckling Effects, Narayan Pokharel, Mahen Mahendran

CCFSS Proceedings of International Specialty Conference on Cold-Formed Steel Structures (1971 - 2018)

Past research into the local buckling behaviour of fully profiled sandwich panels has been based on polyurethane foams and lower grade steels, and not for very slender plates. The Australian sandwich panels use polystyrene foam and thinner (0.42 mm) and high strength steels (G550 with a minimum yield stress of 550 MPa), which are bonded together using separate adhesives. Therefore a research project on Australian sandwich panels was undertaken using experimental and finite element analyses. The experimental study on 50 foam-supported plate elements and associated finite element analyses produced a large database for sandwich panels subject to local buckling effects, …

Variables Affecting The Shear-Bond Resistance Of Composite Floor Deck Systems, R. Tremlay, P. Gignac, G. Degrange, Colin A. Rogers

CCFSS Proceedings of International Specialty Conference on Cold-Formed Steel Structures (1971 - 2018)

The 1 1/2" composite deck section is among the more popular floor systems used in the construction of steel buildings in North America. The shear-bond between the steel deck and the concrete normally controls the capacity of a composite floor slab. Shear-bond can, for the most part, be attributed to the presence of mechanical interlock that results from the use of embossments formed in the deck webs during the rolling process. However, the extent of shear resistance between the concrete and the steel can also vary depending on the deck profile, steel thickness and grade, coating, as well as the …

Vibration Characteristics Of Lightweight Floors Using Cold-Formed Steel Joist, L. Xu, F. M. Tangorra, W. C. Xie

CCFSS Proceedings of International Specialty Conference on Cold-Formed Steel Structures (1971 - 2018)

Presented in this paper are the results of a recent study carried out at the University of Waterloo on vibration characteristics of cold-formed steel-supported residential floor systems and different design criteria available for the evaluation of lightweight floor systems. Laboratory tests were conducted for the floors with different spans and assemblies. Both static and dynamic tests were carried out on the floor systems. The static tests were used to evaluate the stiffness and the load sharing among the joists, while the dynamic tests were used to evaluate the relevant dynamic characteristics, such as natural frequencies and damping ratios, of the …

Analysis Of Sheathed Cold-Formed Steel Wall Studs, Benjamin W. Schafer, Badri Hiriyur

CCFSS Proceedings of International Specialty Conference on Cold-Formed Steel Structures (1971 - 2018)

The strength of sheathed wall systems is substantially greater than unsheathed walls with the same studs. Testing on studs sheathed on both sides with dry gypsum board demonstrate strength increases as large as 70% over unsheathed studs (Miller and Pekoz 1993, Miller and Pekoz 1994). The current AISI Specification for sheathed wall stud systems are complicated, only apply when the sheathing is identical on both sides, have several onerous prescriptive requirements, and the mechanical model employed has been questioned when compared to experimental results. This paper summarizes the deficiencies of, and arguments against, current models and suggests avenues of research …

Preliminary R-Values For Seismic Design Of Steel Stud Shear Walls, Y. Zhao, Colin A. Rogers

CCFSS Proceedings of International Specialty Conference on Cold-Formed Steel Structures (1971 - 2018)

Design codes recognize the ability of some structures to undergo significant inelastic deformation during a seismic event without reaching the point of collapse. In consideration of this behaviour, building codes provide force modification factors (R-values) to determine the reduced lateral loads that engineers may use in design. This paper presents an overview of the seismic requirements for various design standards and an explanation of how R-values may be determined from test results. The findings of an evaluation of existing steel stud shear wall test data, in addition to preliminary force modification factors for use in seismic design, are presented.

Numerical And Experimental Studies Of An Innovative Cold-Formed Steel Building System, Greg Darcy, Mahen Mahendran

CCFSS Proceedings of International Specialty Conference on Cold-Formed Steel Structures (1971 - 2018)

This paper presents the details of a new innovative cold-formed steel building system that has no conventional frames, purlins or girts. As this building system uses a new structural system, the load paths and structural behaviour are unknown, therefore, full-scale testing is essential. A series of full-scale tests of a 5.4 m x 5.4 m cold-formed steel building subjected to simulated wind loads was conducted. The results have shown that in its present state, this new building system is not adequate for its intended purpose and optimisation is required. To achieve this optimisation, analytical modelling will be used. To date, …

Stress/Strain Distributions And Role Of Sheathing In Partition Wall Panels Subjected To Compression, J. Evans, J. Evans, Y. S. Tian, C. Y. Barlow

CCFSS Proceedings of International Specialty Conference on Cold-Formed Steel Structures (1971 - 2018)

Built upon a companion study [1] on the load carrying capacity of cold-formed steel wall panels, the stress/strain distributions in each constituent of a panel - middle and side studs, top and bottom tracks, boards, and screws - are examined in detail with extensive use of strain gauges. These are subsequently synthesized to analyse the structural performance of the panel as a whole. Panels with 1-side sheathing and one middle stud were tested under vertical compressive loading. The main variables considered are screw spacing (300 mm, 400 rnm, or 600 mm) in the middle stud, board type (oriented strand board …

Inelastic Response Of Arc-Spot Welded Deck-To-Frame Connections For Steel Roof Deck Diaphragms, M. Peuler, R. Tremblay, Colin A. Rogers

CCFSS Proceedings of International Specialty Conference on Cold-Formed Steel Structures (1971 - 2018)

An experimental program was undertaken to investigate the inelastic seismic response of metal deck roof diaphragm systems. The load carrying capacity of roof diaphragms subjected to lateral loads is directly dependent on the shear strength of the connections. Hence, as part of this larger research program, a study on the inelastic performance of arc-spot welded deck-to-frame connections was completed. The connection project involved the monotonic, cyclic and seismic testing of 235 specimens, with and without weld washers, with different electrode types, and with various steel deck and frame thicknesses. Currently, welded washer connections are recommended for the improvement of weld …

Sway Stability Testing Of High Rise Rack Sub-Assemblages, Elisha Harris, Gregory J. Hancock

CCFSS Proceedings of International Specialty Conference on Cold-Formed Steel Structures (1971 - 2018)

The stability in the down-aisle direction of high rise storage racks is usually provided by the beam-to-column and base-plate connections. In order to evaluate the effect of the beam-to-column connections, a complex test rig has been designed and developed at the University of Sydney to test rack sub-assemblages which are the lower levels of high rise rack systems. The rig is designed to apply up to 500 kN vertical load via gravity load simulators. Pins at the top and bottom of the uprights under test remove the effect of the base-plates on the lateral stability. To apply horizontal loads, a …