ARCH1130 BTech I, Fall 2013

– View of the backside of the winery looking from above

– Stages of deckings, joists, girders, capital of the posts and the posts

– Lighting of the winery

Everyone,

We will meet at the Red Hook Winery at 1:00pm sharp for our presentation to the client.

See you there. Remember to post your talking points if you have not already.

Prof. Montgomery

– the drawing shows east and south elevation of the pier

-water level

-current condition of the pier

* Brief description of the drawing, ( definition, scale, what it is supposed to convey, etc.)

* Personal views (survey experiences,  why I chose to do a particular drawing, etc.)

*(Resilient) Aperture protection solution….(its basic design, possible variations, etc.)

1. It is really important that the front of the building is protected because thats where all of the waves are mostly likely going to hit first. You need to cover up any openings such ass doors & windows to prevent the water from getting inside the building.

2. Since these sectional drawings cut through the middle looking at both sides, you see the the cast iron pintle which keeps the building balanced, the floor beams, floor griders running across and the floor planking which is the decking.

3.In case of a storm, what we might want to do is maybe try to get the wooden columns temporarily covered with some sort of membrane to keep the columns from being present to water because when you change the moisture of a wood, it can get damaged which can cause problems later on. We want to avoid those problems.

Site plan.

1. The drawing shows closeness and exposure of Pier 41 to water, it depth and direction of incoming waves

2. It gives an idea of building base system showing the openings and blind arches, through which water entered the building during Sandy.

3. The drawing contains information about FEMA zone resignation and base flood elevation.

A short explanation that I’m planning to say about my drawing.

• 3D detail of the post
• with the floor framing
• And a 2D version

1. Arch action aperture protection device. 2 Large and 2 small … kept off site
2. Venetian Flood Gate in case of minor high water event *installed and kept off site
3. Perforated piping system. * series of trenches that lead out to the water, to relieve hydro static pressure on slab. * if water is too high piping will be connected to a pump.
4. A bench system will be installed in the barrel storage room 3 feet off the floor which may require a machine other than the fork lift to move barrels.
5. Water proof containment systems, enclose the barrels in a metal enclosure system to keep them dry.
6. store room shelves height up to the ceiling for dry storage.
7. toilets and rooms wet proof, take very type of wood out of the space and replace with resilient material. e.g  stone, tiles anything not impacted by salt water.
8. electrical equipment higher on the walls.

Hey guys! the photos of the scale bars for 1/4”, 1/2″ and 1′ scales and the dimensions for the north arrow.

THE ANGLE BETWEEN TRUE NORTH AND MAGNETIC NORTH IS 13 DEGREE TO THE RIGHT.

This isn’t much but this is what I got from the Red Hook Winery.

Details: