Experiment-based structural mechanics
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Bibliographic Information
Experiment-based structural mechanics
Springer, c2021
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Includes bibliographical references and index
Description and Table of Contents
Description
This textbook demonstrates theoretical principles and actual cases of structural mechanics. This book explains basic definitions of beam, frame, and truss which are widely used in the field of structure mechanics and also shows important engineering tests such as moment distribution, characteristics of member section, analysis of a truss, analysis of a statically indeterminate structure, and principle of bending resistance of concrete section. These contents can help many students to figure out the resistance principle of a structure through simple model tests, dynamics, reinforced concrete structure, steel frame structure and understand how dynamic computational equation is mathematically used in structure mechanics.
Table of Contents
Chapter 1 Basic Experiment. - 1. Strength of Flexural Member Made of Paper. -2. Strength of Compressive Member Made of Paper. -3. Bending, Compression, Tensile Test of a Spaghetti Noodle. -4. Centroid of Section.
Chapter 2 Tension Member. -5. Test and Design of Tension Member. -6. Stress Concentration Test.
Chapter 3 Flexural Member. -7. Flexural Strength Test of Beam. -8. Bending Test and Design of Flexural Member. -9. Deflection Test of Beam. -10. Lateral Buckling Test of Beam. -11. Shear Center Test (Focused on Channel Section). -12. Principle of Reinforced Concrete Beam.
Chapter 4 Compressive Member. -13. Buckling Test of Spaghetti Noodle. -14. Buckling Test of Styrofoam Column. -15. Buckling Test of Long Column (Depending on Boundary Condition). -16. Competition for Buckling Strength of Column.
Chapter 5 Truss. -17. Determination of Tensile and Compressive Members in Truss. -18. Strength Test of Truss Made of Spaghetti Noodle. -19. Strength Competition for Spaghetti Truss. -20. Competition for Effective Reinforcement of Truss.
Chapter 6. Other Tests. -21. Vibration Test (Dynamics). -22. Arch and Dome Structures. -23. Creating a Load Cell
by "Nielsen BookData"