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← Revision 12 as of 2009-07-10 17:13:34 ⇥
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| Deletions are marked like this. | Additions are marked like this. |
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| シミュレーションに用いている振り子関連のパラメータ。 [[attachment:side09_20K.pdf|全体図]] | Rigid body model of the main suspension [[attachment:side09_20K.pdf|Rigid Model]] |
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| . Blade springs are designed to have desired resonant frequecies, when the blade applied the designed loads. . For example, the top blade has a resonant frequency of 6 Hz to be applied the load of 21.3 kgf. . . [[attachment:clio_sus_parts.pdf|Parts List]] |
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| . balde spring の共振周波数には注意が必要で、 . つり下げられている全てのマスの加重に対する共振周波数。 . つまり、一番上の板バネは振り子全質量 21.3kg に対して . 6Hzの縦共振を持つようなバネ定数を持っていると考えている。 . . [[attachment:clio_sus_parts.pdf|部品リスト]] |
== Drawings == *[[attachment:over_cryo2009_v9.mcd]] top view . vectorworks9形式。090129. *[[attachment:side_cryo2009_v9.mcd]] side view . vectorworks9形式。090129. *[[attachment:CLIO3D_8_v9.mcd]] 3D view . not including local SPI. vectorworks9形式。090129. |
CLIO Test Mass Suspension
As of 2009 April
Rigid body model of the main suspension Rigid Model
- Blade springs are designed to have desired resonant frequecies, when the blade applied the designed loads.
- For example, the top blade has a resonant frequency of 6 Hz to be applied the load of 21.3 kgf.
Drawings
over_cryo2009_v9.mcd top view
- vectorworks9形式。090129.
side_cryo2009_v9.mcd side view
- vectorworks9形式。090129.
CLIO3D_8_v9.mcd 3D view
- not including local SPI. vectorworks9形式。090129.