Technical Document: Naru Hodo Series 7 "What is the Difference Between Static Events and Dynamic Events?"
Do you know the reason why buildings and structures like bridges break?
This document explains the difference between "static events" and "dynamic events" that occur in objects. Dynamic events generate stronger stresses than static events. As a result, deformation, collapse, and damage are more likely to occur. For those involved in the design of buildings and structures, this is an important concept to consider for gaining ideas, such as using dampers as countermeasures. The content is based on "Naruhodo Series 1." If you haven't read it yet, we recommend downloading it. For those who have read it, this document provides more detailed information, so please read it as a review. <Content> ■ Differences between static and dynamic events ■ Design issues when only considering static events ■ Differences in a single-degree-of-freedom vibration system ■ Other important properties of dynamic events ■ Reasons why natural vibration modes are important
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International Vibration Measurement Corporation is a company primarily engaged in vibration and noise cause investigation, analysis, and consulting services. We provide a one-stop service for planning, conducting, and analyzing tests and measurements related to vibrations and noise in structures, equipment, and devices. Additionally, we conduct characteristic tests and durability tests for equipment and instrumentation components, as well as electrical and electronic components, utilizing vibration testing equipment, along with numerical simulations such as vibration analysis. Moving forward, we will continue to contribute to society through our vibration and noise consulting services, providing advanced and cutting-edge technologies and services. For all your vibration and noise measurement and analysis needs, please leave it to us.