• CE 5140: Comp Methods I

  3.00 Credits

  University of Wyoming

  
  First semester of a three-semester computational methods series. Review of iterative solutions of linear and nonlinear systems of equations, polynomial interpolation/approximation, numerical integration and differentiation, and basic ideas of Monte Carlo methods. Comparison of numerical techniques for programming time and space requirements, as well as convergence and stability. Identical to ME 5140, PETE 5140, CHE 5140, COSC 5310 and Math 5310. Prerequisite: Math 3310, COSC 1010.
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• CE 5200: Adv Structural Analysis

  3.00 Credits

  University of Wyoming

  
  Analysis of framed structures with stiffness-based matrix methods including plane trusses, frames, and grid systems and space trusses and frames. Column, beam, beam-column and frame stability. Geometric and material nonlinearities of framed structures. Plastic analysis and moment-curvature relationships. Computer applications are emphasized. Prerequisite: CE 4200 or equivalent.
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• CE 5220: Struct Dynamics

  3.00 Credits

  University of Wyoming

  
  Introduction to general structural dynamics, general dynamic loading, generalized coordinated and nonlinear structural response, linear and nonlinear response spectra, multiple degree of freedom systems, continuous systems, and discretization of continuous systems. Introduction to seismic load specifications. Prerequisite: CE 4200 or equivalent and MATH 2310.
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• CE 5230: Advanced Materials

  3.00 Credits

  University of Wyoming

  
  The objective of this course is to introduce the graduate student to the behavior of various materials found in typical structural engineering applications and to the mechanics of obtaining materials properties and structural response. Prerequisite: CE 4260.
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• CE 5240: Struc Systems Design

  5.00 Credits

  University of Wyoming

  
  A comprehensive design course for steel and reinforced concrete building structures. Topics include preliminary design, selection of framing systems, braced and unbraced frames, stability effects and nonlinear behavior. Students use case studies to develop design alternatives. Prerequisite: CE 4200, 4250, 4260.
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• CE 5255: Advanced Steel Design

  3.00 Credits

  University of Wyoming

  
  A comprehensive design course for steel building structures. Topics include preliminary design, selection of framing systems, braced and unbraced frames, stability effects and nonlinear behavior. Includes building design project for seismic regions. Prerequisites: Grade of C or better in CE or ARE 4250.
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• CE 5260: Prestressed Conc

  3.00 Credits

  University of Wyoming

  
  This is a classical course on prestressed and precast concrete. The subject focuses on the principles, behavior and performance of prestressed and precast concrete. Topics include flexure, shear, and axial load, construction and fabrication issues, and applications. The course complements CE 4260. Prerequisite: CE 4260 or ARE 4260.
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• CE 5265: Prestressed Concrete Design

  3.00 Credits

  University of Wyoming

  
  This is a classical course on designing prestressed and precast concrete systems. Principles and behavior of prestressed concrete build the foundation for topics that include flexure, shear, and axial lo ad, construction and fabrication, and application. The course continues with fundamental concepts taught in ARE/CE 4260. Dual listed with CE 5265. Offered on a three semester rotation Prerequisite: ARE/CE 4260
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• CE 5270: Highway Bridge Eng

  3.00 Credits

  University of Wyoming

  
  A study of the analysis, design and rating of highway bridges, including consideration of dead and vehicular loads, analysis of typical systems, service and ultimate strength behavior, rating of existing bridge design, and bridge operations. Composite and non-composite steel and concrete bridges are considered. This course will include several investigations that will require field trips outside the scheduled class times. Prerequisite: CE 4260 and 4250.
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• CE 5280: Bhvr Reinforced Concrete

  3.00 Credits

  University of Wyoming

  
  Broad-based coverage of the behavior of concrete, both at the member and structure level. The course will have no assigned text, although students will be expected to have an undergraduate concrete design textbook and a current ACI Code. Readings will include a number of technical papers in each area covered. Emphasis will be on the background of the code, code development, and investigative techniques. Prerequisite: CE 4200 and 4260.
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