Difference between revisions of "CPD Design of floors for vibration"
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Having watched the video, please <span class="LOGGED_IN">[[Design of floors for vibration quiz|check your learning]]</span> | Having watched the video, please <span class="LOGGED_IN">[[Design of floors for vibration quiz|check your learning]]</span> | ||
and download a CPD certificate | and download a CPD certificate | ||
| + | |||
| + | '''Note:'''<br> | ||
| + | Since the production of this video in 2012: | ||
| + | # A web-based [[Design_software_and_tools#Floor_response_calculator|Floor response calculator]] has been developed that allows designers to make an immediate assessment of the dynamic response of a floor solution. The software reports the results of approximately 19,000 arrangements of [[Concept_design#Floor grids|floor grid]], loading and bay size, which have been investigated using [[Floor_vibrations#Finite element modelling|finite element analysis]]. The results from this software provide an improved prediction of the dynamic response compared to the ‘manual method’ in [[#Resources|SCI P354]], described in this presentation. | ||
[[Category:CPD]] | [[Category:CPD]] | ||
Revision as of 12:11, 12 March 2019
Welcome to the online CPD on Design of floors for vibration
<mwvideo width="500" height="330" src="Walter_swann_vibrations_v10.mp4" />
Having watched the video, please check your learning and download a CPD certificate
Note:
Since the production of this video in 2012:
- A web-based Floor response calculator has been developed that allows designers to make an immediate assessment of the dynamic response of a floor solution. The software reports the results of approximately 19,000 arrangements of floor grid, loading and bay size, which have been investigated using finite element analysis. The results from this software provide an improved prediction of the dynamic response compared to the ‘manual method’ in SCI P354, described in this presentation.