Consider the basic structure of Fig. 2-1a with zero damping and subjected to harmonic excitation at the frequency ratio β = 0.8. Including both steady-state and transient effects, plot the response ratio R(t). Evaluate the response at increments ω△t = 80◦ and continue the analysis for 10 increments. 3.1 Consider the basic structure of Fig 2-1a with zero damping and subjected to harmonic excitation at thefrequency ratio B=0.8. Including both steady-state and transient effects, plct the response ratio R(t).Evaluate the response at increments At=80° and continue the analysis for 10 increments.y(t)wwwwwk(a)TAN MASYp(t)

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Structural Analysis

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ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Consider the basic structure of Fig. 2-1a with zero damping and subjected to harmonic excitation at the frequency ratio β = 0.8. Including both steady-state and transient effects, plot the response ratio R(t). Evaluate the response at increments ω△t = 80◦ and continue the analysis for 10 increments.

3.1 Consider the basic structure of Fig 2-1a with zero damping and subjected to harmonic excitation at the
frequency ratio B=0.8. Including both steady-state and transient effects, plct the response ratio R(t).
Evaluate the response at increments At=80° and continue the analysis for 10 increments.
y(t)
wwwww
k
(a)
TAN MASY
p(t)

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