Isospectral Vibrating Systems
portes grátis
Isospectral Vibrating Systems
Ganguli, Ranjan
Taylor & Francis Ltd
08/2021
292
Dura
Inglês
9780367725709
15 a 20 dias
453
Descrição não disponível.
Chapter 1. Introduction: Spring-Mass Systems. 2. Discrete Models of Beams. 3. Beams with Tip-Force Discrete Models. 4. Gravity Loaded Beams-Discrete Models. 5. Rotating-Discrete Models. 6. Isospectral Beams-Electromagnetism Optimization. 7. Isospectral Beams-Closed Form Solutions. 8. Isospectral Systems for Testing. 9. Beams with Shared Eigenpairs. 10. Isospectral Rayleigh Beams. References. Index.
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Natural Frequencies;Uniform Beam;Inverse Problems;Non-uniform Beams;Multi-degree of freedom;Discrete Model;Euler-Bernoulli;Stiffness Distributions;Timoshenko beams;Natural Frequency Parameters;Columns;Frequency Parameters;Lumped Mass;Hermite Shape Functions;Rotating Beam;Flexural Stiffness;Transverse Vibration;Wind Turbine Rotor Blades;Tapered Beam;Cantilever Beam;Mode Shapes;FE Formulation;Euler Bernoulli Beam Theory;Linear Mass Density;Rayleigh Beam;Uniform Cantilever Beam;Damage Identification Problem;Fa;Torsional Spring;Tensile Axial Load;Stiffness Functions
Chapter 1. Introduction: Spring-Mass Systems. 2. Discrete Models of Beams. 3. Beams with Tip-Force Discrete Models. 4. Gravity Loaded Beams-Discrete Models. 5. Rotating-Discrete Models. 6. Isospectral Beams-Electromagnetism Optimization. 7. Isospectral Beams-Closed Form Solutions. 8. Isospectral Systems for Testing. 9. Beams with Shared Eigenpairs. 10. Isospectral Rayleigh Beams. References. Index.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Natural Frequencies;Uniform Beam;Inverse Problems;Non-uniform Beams;Multi-degree of freedom;Discrete Model;Euler-Bernoulli;Stiffness Distributions;Timoshenko beams;Natural Frequency Parameters;Columns;Frequency Parameters;Lumped Mass;Hermite Shape Functions;Rotating Beam;Flexural Stiffness;Transverse Vibration;Wind Turbine Rotor Blades;Tapered Beam;Cantilever Beam;Mode Shapes;FE Formulation;Euler Bernoulli Beam Theory;Linear Mass Density;Rayleigh Beam;Uniform Cantilever Beam;Damage Identification Problem;Fa;Torsional Spring;Tensile Axial Load;Stiffness Functions
