I'm stuck with this problem! I can't figure out how to start. Can some
one give me a guideline or tell me from which book this problem is??
I'm not good at mechanics(especially in dynamics). I always struggle in mechanics. Any solution to that!
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PNAS 105, 18675 (2008)
Dae-Hyeong Kim et al from Prof. Rogers’ group (University of Illinois), Prof. Jizhou Song (University of Miami), Prof. Yonggang Huang (Northwestern University), and their collaborators at IHPC in Singapore and Tsinghua University just published a paper as the featured cover article in PNAS.
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Hi everybody! I have a problem in applying boundry conditions on Automotive body (Body In White) to get the first bending and torsional natural frequencies.
As the following, are my questions:
1-What are the boundry conditions to get the first bending and torsional natural frequencies?
2-What method in ANSYS is better to get these frequencies?(i mean reduced or subspae method?)
I wish if someone can help me with or any tips to conduct this analysis.
Thanks for your help and time.
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Dear Colleagues,
The deadline for submitting an abstract to the international
conference "Fluid and Elasticity 2009" is approaching.
ABSTRACT SUBMISSION DEADLINE: DEC. 19
To submit your abstract, please follow the instructions on:
https://www.irphe.univ-mrs.fr/%7Efe09/abstracts.html
The following topics will be addressed:
- Aeroelasticity
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hello every one
is it possible to make a cantilever whose natural frequnecy is less than 1Hz.
if yes what will be its dimensions if the youngs moduless is taken as 2200 n/mm^2 ?
what will be the minimum resonent frequency that i can reached with?
