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supporting 20G long by long sides alone



 
 
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  #1  
Old June 8th 04, 06:12 PM
sophie
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Default supporting 20G long by long sides alone

In message , NetMax
writes

snip

Based on
floor material, check stand's 'footprint' for floor damage.


I have wondered about this, largely in connections with my bath, which
when full of water and me and the occasional small child insisting on
getting in, must weigh more than a 60ish (US) gallon tank full of water,
and assumed that the way it's spread (c.f. stiletto heels) is the
problem. I'd thought that if the stand has 4 "feet" rather than a base
I'd put a piece of (for example) exterior ply underneath do stop it
digging holes in the floorboards. Does this make any sense at all?

--
sophie
  #2  
Old June 10th 04, 03:11 PM
Marcel Beaudoin
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Default supporting 20G long by long sides alone

sophie wrote in
:

I have wondered about this, largely in connections with my bath, which
when full of water and me and the occasional small child insisting on
getting in, must weigh more than a 60ish (US) gallon tank full of
water, and assumed that the way it's spread (c.f. stiletto heels) is
the problem. I'd thought that if the stand has 4 "feet" rather than a
base I'd put a piece of (for example) exterior ply underneath do stop
it digging holes in the floorboards. Does this make any sense at all?


Yup. That is why they try to discourage stilletto heals on airplanes. As
you decrease the area of something which is standing on something else,
the pressure increases. Try it with a pencil. Press the eraser against
your hand and then switch it over and do the same with the sharpened
end...

Marcel
  #3  
Old June 10th 04, 03:27 PM
sophie
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Posts: n/a
Default supporting 20G long by long sides alone

In message , Marcel
Beaudoin writes
sophie wrote in
:

I have wondered about this, largely in connections with my bath, which
when full of water and me and the occasional small child insisting on
getting in, must weigh more than a 60ish (US) gallon tank full of
water, and assumed that the way it's spread (c.f. stiletto heels) is
the problem. I'd thought that if the stand has 4 "feet" rather than a
base I'd put a piece of (for example) exterior ply underneath do stop
it digging holes in the floorboards. Does this make any sense at all?


Yup. That is why they try to discourage stilletto heals on airplanes. As
you decrease the area of something which is standing on something else,
the pressure increases. Try it with a pencil. Press the eraser against
your hand and then switch it over and do the same with the sharpened
end...


I understand about pressure and the area to which a force is applied, I
was wondering more about the strength of my floorboards!
--
sophie
  #4  
Old June 10th 04, 04:11 PM
Marcel Beaudoin
external usenet poster
 
Posts: n/a
Default supporting 20G long by long sides alone

sophie wrote in
:

I'd thought that if the stand has 4 "feet" rather than a
base I'd put a piece of (for example) exterior ply underneath do
stop it digging holes in the floorboards. Does this make any sense
at all?


Yup. That is why they try to discourage stilletto heals on airplanes.
As you decrease the area of something which is standing on something
else, the pressure increases. Try it with a pencil. Press the eraser
against your hand and then switch it over and do the same with the
sharpened end...


I understand about pressure and the area to which a force is applied,
I was wondering more about the strength of my floorboards!


Ahhh. Oops. But yeah, that should work. You wouldn't even need to put a
whole piece of ply underneath. A piece a couple of inches square would do
the job.

Marcel

  #5  
Old June 10th 04, 09:40 PM
sophie
external usenet poster
 
Posts: n/a
Default supporting 20G long by long sides alone

In message , Marcel
Beaudoin writes
sophie wrote in
:

I'd thought that if the stand has 4 "feet" rather than a
base I'd put a piece of (for example) exterior ply underneath do
stop it digging holes in the floorboards. Does this make any sense
at all?

Yup. That is why they try to discourage stilletto heals on airplanes.
As you decrease the area of something which is standing on something
else, the pressure increases. Try it with a pencil. Press the eraser
against your hand and then switch it over and do the same with the
sharpened end...


I understand about pressure and the area to which a force is applied,
I was wondering more about the strength of my floorboards!


Ahhh. Oops. But yeah, that should work. You wouldn't even need to put a
whole piece of ply underneath. A piece a couple of inches square would do
the job.


thanks, Marcel, that would certainly be less unattractive!
--
sophie
 




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