ALIMERV TEAM ZOG PROCTOR MEMBERS POPINARA MORRIS VINCENT - - PowerPoint PPT Presentation
ALIMERV TEAM ZOG PROCTOR MEMBERS POPINARA MORRIS VINCENT SCHNEPS SCANCARELLO ARCH 2330 | Building Technology III FINAL TEAM V-MAZ BUILDING Fall 2016 PRESENTATION Prof. Paul King PROJECT SELECTION & ANALYSIS PROJECT SELECTION
ARCH 2330 | Building Technology III Fall 2016
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The structural grid is not shown but you get a clear understanding how everything is aligned, however for the selections highlighted in the figure to the right, one cannot know for sure if those are columns or if they act as mullions. Note that the area shaded in red should contain a expansion joint because that certain area of the building extends to the higher floors while other areas do not. This becomes more clear in the floor plans and sections.
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Floor to floor are about 12 feet which are perfect for a design but can cause problems when thinking about a split level as you see here highlighted in red. The area highlighted in yellow shows the vertical circulation. Its important to note that you do have the right amount of egress stairs but they are not enclosed properly. Also vertical and horizontal mechanical shafts are not included in section drawings, however they exist in the floor plan. (Locker room floor)
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Problems with Egress Stairs.
the first floor plan where they lead you out
building in the bottom stair therefor , its not considered an egress if you cant exit out of the stairs (CASE).
space.
see a red question mark.
an elevator or a vertical shaft.
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Problems with Circulation In the floor plan you can see the pool is located in the first floor as soon as you enter. That can be a problem for the circulation and also for design purpose. Would someone want to go to the locker room floor , change then come back up to swim. Pool is also too small according to code, an Olympic sized swimming pool should contain minimum dimensions of
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Spans between grid line A-B and 1-2 are 8’, to show the cantilevered split level. B-C span 32’ C-D span 36’ (for pool and skylight, also nothing supported above) D-E span 28’. 2-3 spans 18’ and the rest of the grid lines all span 20’.
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Typical Floor Plan contains a central courtyard you can look down in the pool. Its missing a garden which is now moved
Also you can see the placing of the Rockwall climbing has changed to help circulation through and around.
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Basement to first floor = 12’ 1st floor to second floor= 14’ 2nd Floor to 3rd Floor= 16’ 2.5-3.5 = 14’ 3rd Floor to 4th Floor= 14’
MS The basement has a double height area for the pool, therefore columns must be placed on the perimeter.
MS Basement to 1st floor = 12’ 1st floor to 2nd floor= 12’ 2nd Floor to 3rd Floor= 12’ 2.5-3.5 = 12’ 3rd Floor to 4th Floor= 12’
VS A to B = 8’ 1” B to C = 32’ 0” C to D = 32’ 0” D to E = 24’ 6” E to F = 7’ 6” 1 to 2 = 8’ 0” 2 to 3 = 12’ 0” 3 to 4 = 20’ 0” 4 to 5 = 20’ 0” 5 to 6 = 20’ 0” 6 to 7 = 20’ 0”
VS Floor to Floor Heights Basement – First = 12’ 0” First – Second = 14’ 0” Second – Third = 14’ 0” Third – Fourth = 14’ 0” Fourth – Roof = 14’ 0” Roof – Parapet = 4’ 0”
AP
MS Lighting Fixtures Air Return Air Supply Sprinklers
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Reflected Ceiling Plan Including..
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Show a typical floor plan and a section from your Revit drawings. The section should be cut where it will clearly shows the vertical stairs. You may require more than one. If your team has all used the same solution then you only need to show one slide, that can be shared by the team. If different team members proposed different solutions then each team member shows their own slide. Floor plan: Highlight (use color-yellow) the location of the stairs and elevators and the egress corridors. Indicate (use color-red) 1 hour rated corridors &the 2 hour rated stair
Section: Highlight (use color-yellow) the stairs. Indicate the horizontal routes and vertical routes for egress.
Credit Initials
MS First Floor Level Plan Level 1 to 2.5 Section Basement to Level 4 Section
VS First Floor Plan Stair Section Elevator Section
VS North East West South
ARCH 2330 | Building Technology III Fall 2016
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ARCH 2330 | Building Technology III Fall 2016
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ARCH 2330 | Building Technology III Fall 2016
VS Materials Shown
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