IngenieroSuarez
Mechanical
- Dec 29, 2008
- 7
I am trying to understand the amplification factor(Ap). Sorry for being all over the place with this post but this is my first time using these equations. Also I will have a P.E look it over I am just trying to get a feel for it.
I have a column with a mass at the top with a fundamental period greater than 0.06s. According to the definition of Flexible Components Chap.11, I would have to use an Ap=2.5 if I follow footnote (a) of Table 13.6-1.
Do i have to calculate the period?
OR
Could I just take numbers for "Ap" & "Rp" from Table 13.6-1 "Mechanical and Electrical Components".
Even though I have a mechanical component I am not sure if I fall under any of the sections of Table 13.6-1. I am thinking I could fall in the second row of the table with the last statement "other mechanical components contructed of high-deformability materials". Or could I justify just using the section "other mechanical or electrical components"?
How do I determine if I have a high-deformability material?...not familiar with these equations.
I have a column with a mass at the top with a fundamental period greater than 0.06s. According to the definition of Flexible Components Chap.11, I would have to use an Ap=2.5 if I follow footnote (a) of Table 13.6-1.
Do i have to calculate the period?
OR
Could I just take numbers for "Ap" & "Rp" from Table 13.6-1 "Mechanical and Electrical Components".
Even though I have a mechanical component I am not sure if I fall under any of the sections of Table 13.6-1. I am thinking I could fall in the second row of the table with the last statement "other mechanical components contructed of high-deformability materials". Or could I justify just using the section "other mechanical or electrical components"?
How do I determine if I have a high-deformability material?...not familiar with these equations.