HomeMy WebLinkAboutDESIGN PRESSURE CALCOWAENGINEERING 83778 44176-4032870370 Page 1/1
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Date: December 11th, 2020
ASCE 7 Components & Cladding Wall Pressure Calculator..,..
Prepared For:
7030 SW 16TH COURT
PEMBROKE PINES FL
Project: LEMAN CONDO DOOR REPLACEMENT
Project Address:
10102 S OCEAN DRIVE UNIT 707, BLDG A
JENSEN BEACH Florida
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Frank Bennardo, PE FL46549 or Richard Neet, PE FL86488
The following has been considered in determining allowable stress design (ASD) wall opening pressures for the above -
referenced location.
ASCE: ASCE 7-10 (6TH EDN FLORIDA BUILDING CODE, 2017 FBC,
2015 IBC)
Wind Velocity: 170 MPH
Exposure Category: D
Kd: 0.85
Kzt: 1
Elevation Above Sea Level: 0 FT
Minimum Building Dimension: 170FT
Mean Roof Height: 63FT
Unit Elevation: 60FT
ROOF SLOPE: FLAT (<10°)
Number Of Openings: 1
Shutter: NO
Mark: 1
Height Of Opening: 80 IN
Width Of Opening: 36 IN
Zone: 4
Based on the above, the following ASD design pressures apply for the
opening marks which shall correspond with contractor -supplied building
layout:
a:17FT
Mark: 1
Wall Positve Pressure: 53.6PSF
Wall Negative Pressure:-53.9PSF
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MDI:HIRnNI
ka-,� ELEVATION �a-,k
LEAST HORIZONTAL
DIMENSION
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WIND--\
FLOW
Si \ 4
PLAN VIEW \
COMPLEX
CORNERS
BUILDINGS> 60' ROOF HEIGHT
10%OF MAST HORIZONTAL DIMENSION OR 40%OF MEAN ROOF HEIGHT (MRH), WNN]IEVEII B LESS
BUT NOT -4% OF LEAST HOR00NTAL DIMENSION OR SIT. "USE CORNER ZONES If AT ALLIN OUESTOH.
SHUTTER OPTION FORCES OUTPUT TO HEIGHT • HEIGHT I S.
Design pressure results are in accordance with the Building & ASCE 7 codes listed above for an ENCLOSED structure only
(Gcpi=+-0.18). Results are based on contractor -supplied data and are not field verified by this office. Input shall be verified
by others prior to permit & use. Selection of all components & their respective approvals shall be by others and are to be
within the ASD design pressure limitations stated herein. Results only valid with original or verifiable digital seal by a
licensed PE of this firm. For more information on any of the terms listed herein, or to use a design tool to evaluate your
openings, visit EngineedngExpress.com/Wind.