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Michael Seek
Michael Seek
Associate Professor, Old Dominion University
Verified email at odu.edu
Title
Cited by
Cited by
Year
Effective standoff in standing seam roof systems
MW Seek, O Avci, D McLaughlin
Journal of Constructional Steel Research 180, 106590, 2021
142021
Strategies for effective online course development
CL Considine, MW Seek, J Lester
112014
Seismic strength of moment end-plate connections with attached concrete slab
MW Seek, TM Murray
Proceedings of the Connections in Steel Structures VI Workshop, 23-25, 2008
112008
Lateral restraint forces in Z-section roof systems using the component stiffness method
MW Seek, TM Murray
Journal of Constructional Steel Research 64 (12), 1366-1378, 2008
102008
Mechanics of lateral brace forces in Z-purlin roof systems
MW Seek, TM Murray
Conference Proceedings, Structural Stability Research Council Annual …, 2005
72005
Computational procedure for normal stresses in C-sections and Z-sections with one flange attached to sheathing
MW Seek, N Escobales
Journal of Structural Engineering 142 (2), 04015143, 2016
62016
Improvements to the Prediction of Brace Forces in Z-Purlin Roof Systems with Support+ Third Point Bracing
MW Seek
Missouri University of Science and Technology, 2014
62014
Cold-formed steel strength predictions for torsion
Y Xia, RS Glauz, BW Schafer, M Seek, HB Blum
52022
Impact of clip connection and insulation thickness on bracing of purlins in standing seam roof systems
MW Seek, D McLaughlin
Proc. Annu. Stab. Conf. Struct. Stab. Res. Counc, 2017, 2017
52017
A Combined Direct Analysis and Direct Strength Approach to Predict the Flexural Strength of Z-Purlins with Paired Torsion Braces
MW Seek, C Ramseyer, I Kaplan
Missouri University of Science and Technology, 2016
52016
Computer modeling of sloped Z-purlin supported roof systems to predict lateral restraint force requirements
MW Seek, TM Murray
University of Missouri--Rolla, 2006
42006
Flexural Strength of continuous-span Z-purlins with paired torsion braces using the Direct Strength Method
M Seek
Missouri University of Science and Technology, 2018
32018
Evaluation of local and distortional buckling strength of purlins with paired torsion bracing using Direct Strength Method
MW Seek, O Avci
Journal of Constructional Steel Research 203, 107698, 2023
22023
Experimental Study on the in-plane behavior of standing seam roof assembly and its use in lateral bracing of rafters
G Wei, BW Schafer, M Seek, MR Eatherton
22020
Component Stiffness Method to Predict Lateral Restraint Forces in End Restraint Single Span Z-Section Supported Roof Systems with One Flange Attached to Sheathing
MW Seek, TM Murphy
University of Missouri--Rolla, 2006
22006
Exploring the effects of clip flexibility on the behavior or standing seam diaphragms to brace cold formed steel purlins
MW Seek
Conference Proceedings, Structural Stability Research Council Annual …, 2022
12022
Direct Strength Approach to Predict the Flexural Strength of Cold-Formed Z-Section Purlins on Sloped Roofs
A Parva, MW Seek
Conference Proceedings, SSRC Annual Stability Conference, 2018
12018
Green infrastructure training for veterans
CL Considine, MW Seek, J Lester, AW Dean
12017
Review of AISI design guide for cold-formed steel purlin roof framing systems-component stiffness method
MW Seek
Missouri University of Science and Technology, 2010
12010
Prediction of Lateral Restraint Forces in Sloped Z-Section Supported Roof Systems Using the Component Stiffness Method
MW Seek
Virginia Tech, 2007
12007
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