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Theses and Dissertations
Barrett, The Honors College Thesis/Creative Project Collection
Development and Use of Instructional Multimedia to Enhance Student Comprehension of Fundamental Structural Analysis and Design Techniques
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Development and Use of Instructional Multimedia to Enhance Student Comprehension of Fundamental Structural Analysis and Design Techniques
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Chord Rotation and How to Spot It_26.mp4
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Chord Rotation and How to Spot It_26.mp4
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Chord Rotation and How to Spot It_26.mp4
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Computation of Deflections Beams_16.mp4
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Computation of Deflections Beams_16.mp4
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Computation of Deflections Beams_16.mp4
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Reasor_D_Spring_2014.pdf
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Reasor_D_Spring_2014.pdf
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Reasor_D_Spring_2014.pdf
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Computation of Deflections Frames_17.mp4
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Computation of Deflections Frames_17.mp4
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Computation of Deflections Frames_17.mp4
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Computation of Deflections Trusses_18.mp4
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Computation of Deflections Trusses_18.mp4
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Computation of Deflections Trusses_18.mp4
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Computing Internal Forces_7.mp4
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Computing Internal Forces_7.mp4
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Computing Internal Forces_7.mp4
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Computing Stresses_12.mp4
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Computing Stresses_12.mp4
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Computing Stresses_12.mp4
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Deflections Overview and Differential Equations_14.mp4
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Deflections Overview and Differential Equations_14.mp4
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Deflections Overview and Differential Equations_14.mp4
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DSM for System of Springs_29.mp4
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DSM for System of Springs_29.mp4
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DSM for System of Springs_29.mp4
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Designing for Strength_13.mp4
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Designing for Strength_13.mp4
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Designing for Strength_13.mp4
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Force Method for Beam Rotations_21.mp4
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Force Method for Beam Rotations_21.mp4
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Force Method for Beam Rotations_21.mp4
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Free Body Diagrams Part 1_3.mp4
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Free Body Diagrams Part 1_3.mp4
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Free Body Diagrams Part 1_3.mp4
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Force Method for Degree Two Indeterminate Beams and Frames_22.mp4
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Force Method for Degree Two Indeterminate Beams and Frames_22.mp4
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Force Method for Degree Two Indeterminate Beams and Frames_22.mp4
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DSM for Planar Trusses_30.mp4
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DSM for Planar Trusses_30.mp4
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DSM for Planar Trusses_30.mp4
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Force Method for Beam Displacements_20.mp4
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Force Method for Beam Displacements_20.mp4
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Force Method for Beam Displacements_20.mp4
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Free Body Diagrams Part 2_4.mp4
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Free Body Diagrams Part 2_4.mp4
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Free Body Diagrams Part 2_4.mp4
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Method of Joints_5.mp4
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Method of Joints_5.mp4
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Method of Joints_5.mp4
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Method of Virtual Work_15.mp4
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Method of Virtual Work_15.mp4
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Method of Virtual Work_15.mp4
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Method of Sections_6.mp4
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Method of Sections_6.mp4
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Method of Sections_6.mp4
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SF and BM Diagrams Theory_8.mp4
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SF and BM Diagrams Theory_8.mp4
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SF and BM Diagrams Theory_8.mp4
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Recognizing Static Indeterminacy_19.mp4
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Recognizing Static Indeterminacy_19.mp4
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Recognizing Static Indeterminacy_19.mp4
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SF and BM Diagrams Checks_10.mp4
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SF and BM Diagrams Checks_10.mp4
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SF and BM Diagrams Checks_10.mp4
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SF and BM Diagrams Examples_9.mp4
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SF and BM Diagrams Examples_9.mp4
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SF and BM Diagrams Examples_9.mp4
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Slope-deflection Method for Beams Chord Rotation_27.mp4
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Slope-deflection Method for Beams Chord Rotation_27.mp4
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Slope-deflection Method for Beams Chord Rotation_27.mp4
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Slope-deflection Method for Beams_24.mp4
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Slope-deflection Method for Beams_24.mp4
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Slope-deflection Method for Beams_24.mp4
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Slope-deflection Method for Frames Chord Rotation_28.mp4
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Slope-deflection Method for Frames Chord Rotation_28.mp4
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Slope-deflection Method for Frames Chord Rotation_28.mp4
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Strength Based Design_11.mp4
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Strength Based Design_11.mp4
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Strength Based Design_11.mp4
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Slope-deflection Method for Frames_25.mp4
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Slope-deflection Method for Frames_25.mp4
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Slope-deflection Method for Frames_25.mp4
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Static Determinacy_2.mp4
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Static Determinacy_2.mp4
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Static Determinacy_2.mp4
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Slope-deflection Method Overview_23.mp4
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Slope-deflection Method Overview_23.mp4
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Slope-deflection Method Overview_23.mp4
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Units_1.mp4
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Units_1.mp4
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Units_1.mp4
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