kiniorew.blogg.se - Cold formed steel framing jobs ontario canada

COLD FORMED STEEL FRAMING JOBS ONTARIO CANADA PROFESSIONAL

Wang, “Stability of Multi-storey Unbraced Steel Frames subjected to Variable Loading”, Journal of Construction Steel Research, Elsevier Ltd, 63(11), 2007, 1506-1514. Grierson, “Compound Element Modeling Accounting for Semi-Rigid Connections and Member Plasticity”, Engineering Structures, 30, 2008, 1292-1307. Wang, “Storey-based column effective length factors with accounting for initial geometric imperfections”, Engineering Structures, 30(12), 2008, 3434 – 3444. Fox, “Flexural Strength and design of cold-formed steel L-headers”, Journal of Construction Steel Research, 65, 2009, 1304-1315. Zhou, "Flexural strength of cold-formed steel built-up box sections", Thin-Walled Structures, 47, 2009, 807-815. Grierson, “Influence of semi-rigid connections and local joint damage on progressive collapse of steel frameworks”, Journal of Computer-Aided Civil and Infrastructure Engineering, (accepted in 2009).

Member, American Society of Civil Engineers, Technical Committee on Cold-Formed Steel Members.

Member, Canadian Society for Civil Engineering, Technical Sub-Committee on Steel Structures.

Member, Canadian Society for Civil Engineering.

Member, Chinese Ministry of Housing and Urban-Rural Development: Committees for JG/T-182 and Mid-Rise CFS Residential Buildings.

Member, American Iron and Steel Institute: Technical Committee for Standards on Steel Framing.

Member, Canadian Standards Association: Technical Committees for S136, A660, G104 and A344 Standards.

COLD FORMED STEEL FRAMING JOBS ONTARIO CANADA PROFESSIONAL

Member, Professional Engineers of Ontario.

National and International Standards Committees Performance-based optimal seismic design of steel frames with multiple objectives.Frame stability under extreme loading for multi-story unbraced and semi-braced frames with semi-rigid beam-to-column connections.

Currently, the following two studies are in progress: The work involves identifying the features that steel buildings must have in order to perform well not only under normal circumstances but also in abnormal and extreme conditions. The research concerns the analysis and design of steel building structures accounting for any and all conventional and extreme loading that they may experience during their lifetime.

Performance-based Structural analysis and design of steel buildings:.

The current studies include on vibration control on lightweight cold formed steel floor systems and design optimization of cold formed steel trusses. The primary objectives of the research on cold-formed steel residential and commercial building construction are to develop innovative designs and structural products and to promote advanced techniques for the Canadian residential construction industry.

Analysis and design of cold-formed steel structures:.

The primary method of his research consists of analytic development, numerical computation and experimental testing. The objective is to develop theoretical advances and practical innovations. RESEARCHĭr Xu's research is centred on the analysis, design and optimization of steel structures.

He also offers a graduate course in advanced structural steel design. Professor Xu teaches structural steel design, structural analysis and structural systems for undergraduate students. in Engineering Mechanics, Chongqing University, China, 1982 TEACHING Department of Civil and Enviornmental EngineeringĪssociate Director of the Canadian Cold-Formed Steel Research GroupĮ-mail: in Structural Engineering, University of Waterloo, Canada, 1994ī.Sc.