Showing posts with label modelling. Show all posts
Showing posts with label modelling. Show all posts

Wednesday, April 20, 2011

Progress Report P4B - 5

I know we've submitted this project and I present tomorrow but I jut wanted to post a short series of photos I took of the sectional model I produced for this part of the submission which shows some of the simple, yet flexible, reconfiguration options of the small performance area.

Image 1 - Performance area from within the facility. The glazed wall on the ground floor is the internal facade of the cafeteria and as can be seen in the model, the panels move to open the cafeteria to the courtyard in good weather. The hold in the model here represents the edge of the pool. The second floor glazing looks into the performance area and would make use of "smart glass" (glass that becomes opaque when an electric current is passed through it) in order to make it darker when necessary.



Image 2-5

These images show the interior of the performance space and if you pay attention to the seating podiums, you'll notice they sit on a rail and can be adjusted to accommodate a small variety of show types. of course, during nice weather periods, the glazing overlooking the courtyard with the pool could be opened and shows involving the pool might be exhibited or shows involving the large polycarbonate wall of the training center opposite the performance venue.




Monday, April 11, 2011

Crazy night...with models.

I did it with a model. Jealous?


A potential roof idea. Walkable, allowance for northern light/possible southwesterly wind scooooop. Stay tuned.

Friday, April 1, 2011

Project 4A - Interim - Model

Some images of the mock up model built for the interim presentation in the process of building and of the final testing of the model for the desired effect, a transferring of defused multi-hued light into the interior through the translucent facade.
Model scale is 1:5.

Step 1 - Due to the double curve of the facade system, individual components had to be laser cut and carefully kept track of.


Step 1.1 - Smaller individual component (the spider connections) had to be assembled. Originally these were 3D printed but as those prints were flawed, I assembled these from the remains of the 3D print and quickly laser cut pieces.


Step 2 - The outer facade grid is assembled. Note the heat gun in the background. This was used for curving the plexi used for the interior facade mock up in a time consuming process (use a vacuum form in the future if you have one people).


Step 3 - The mock panels are attached to the grid via the connections.


Step 4 - Not really a step, its just the assembled model. Note the curved translucent 3 mm plexi behind the outer facade. This is the interior facade mock up.


Step 5 - Testing. In order to better replicate the comparative intensity of the sun and to highlight the desired effect, the model was laced in a dark room with a direct light shining on it. The effect can clearly be seen.


Step 5.1 - What it looks like from up close looking at one of the opening that will eventually be in the interior facade for natural ventilation.


Step 5.2 - Up close at the opening, looking out onto the exterior facade at dusk.

Saturday, March 26, 2011

another weekend in our favourite place

As our Tuesday deadline approaches, our studio is beginning to look like a tornado went through it... We're working hard to complete our models, but sharing many laughs along the way. Through all the stress and frustratation, it's comforting to have such a great group of studio mates for encouragement and support (and love!) (Awwww.)


Loaf of Bread + Lemon Merengue* (over-heated styrene) = My model...
Stay tuned for the full reveal!
*No Vince, it was just a test piece.
How many architects does it take to disassemble a model?

library books being put to good use


No comment.

It glows!

Frank saves the day (again)

Jess confused by what sort of modelling she's supposed to be doing...


Now back to work!

Friday, February 4, 2011

rhino is a turtle


Last semester I built a rhino model with way too many small details, causing the model to 'explode', as we say, and eventually leading to my demise. Not literally.

Lesson learned, right? No. Of course not. Yet again, I've unecessarily complicated this model and it is moving slower than my turtle.

On the bright side, it's coming along and I'm content with it (though admittedly I'm not convinced that it will match my 'vision.') Only time will tell.

Note to Self: Do not over-build models.