| |
In lugnet.loc.au, Santosh Bhat writes:
> Of course it can! Determine the eccentricity, whack a heap of them 2x4 bricks
> for compression and some of the technic beams with pin joints in for tensional
> strength.
>
> I wonder If anyone has done any stress/strain measurements on Lego plates and
> bricks under different tension and compression forces. Hmmm..too late for me
> to start my final year thesis on that though, d'oh, maybe an excuse to do a
> masters.
>
> In lugnet.loc.au, David Drew writes:
> > "Peter Callaway" <pcallaway@bmcl.com.au> wrote in message
> > news:FuxxHH.1G0@lugnet.com...
> > > Architectural theory!? What's that?? (this is coming from a Civil • Engineer)
> > > "If you draw it, it will work". <GD&R>
> >
> > Yeah, I know what you mean...
> >
> > "Here's my design for my house..."
> > "Um, if you want a column that size, you're going to need 100 MPa concrete,
> > with 800 MPa rebar."
> > "Cool, can we do that?"
Soon we'll need an ng 'loc.au.eng' ;^)
pete.w <aquanaut@optusnet.com.au>
|
|
Message is in Reply To:
 | | Re: Australian Roll Call
|
| Of course it can! Determine the eccentricity, whack a heap of them 2x4 bricks for compression and some of the technic beams with pin joints in for tensional strength. I wonder If anyone has done any stress/strain measurements on Lego plates and (...) (24 years ago, 22-May-00, to lugnet.loc.au, lugnet.people)
|
35 Messages in This Thread:
  
 
- Entire Thread on One Page:
- Nested:
All | Brief | Compact | Dots
Linear:
All | Brief | Compact
|
|
|
|
