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Expansion Joints in Buildings: Technical Report No. 65 (1974)

Chapter: Appendix B: Temperature Data

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Suggested Citation:"Appendix B: Temperature Data." National Research Council. 1974. Expansion Joints in Buildings: Technical Report No. 65. Washington, DC: The National Academies Press. doi: 10.17226/9801.
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Page 39
Suggested Citation:"Appendix B: Temperature Data." National Research Council. 1974. Expansion Joints in Buildings: Technical Report No. 65. Washington, DC: The National Academies Press. doi: 10.17226/9801.
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Page 40
Suggested Citation:"Appendix B: Temperature Data." National Research Council. 1974. Expansion Joints in Buildings: Technical Report No. 65. Washington, DC: The National Academies Press. doi: 10.17226/9801.
×
Page 41
Suggested Citation:"Appendix B: Temperature Data." National Research Council. 1974. Expansion Joints in Buildings: Technical Report No. 65. Washington, DC: The National Academies Press. doi: 10.17226/9801.
×
Page 42
Suggested Citation:"Appendix B: Temperature Data." National Research Council. 1974. Expansion Joints in Buildings: Technical Report No. 65. Washington, DC: The National Academies Press. doi: 10.17226/9801.
×
Page 43
Suggested Citation:"Appendix B: Temperature Data." National Research Council. 1974. Expansion Joints in Buildings: Technical Report No. 65. Washington, DC: The National Academies Press. doi: 10.17226/9801.
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Page 44

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APPENDIX B TEMPERATURE DATA The following tabulation presents mean construction season temperature (Tm) and extreme summer (Tw) and winter (Tc) temperature data for various localities in the United States. Most stations listed are located at airports; those identified as CO are city offices. Tm = the mean temperature during the normal construction season in the locality of the building. For the purpose of this report the normal construction season for a locality is defined as that contiguous period in a year during which the minimum daily tem- perature equals or exceeds 32 OF.* Tw = the temperature exceeded, on the average, only 1 percent of the time during the summer months of June through September in the locality of the building. (In a normal summer there would be approximately 30 hours at or above the design value.**) To = the temperature equaled or exceeded, on the average, 99 percent of the time during the winter months of December, January, and February in the locality of the building. (In a normal winter there would be approximately 22 hours at or below this design value.**) *These contiguous periods for each locality in the United States were obtained from the Decennial Census of United States Climate: Daily Normals of Temperature and Heating Degree Days (see reference on page 11) and the mean construction season temperature values Tm were com- puted (by Maj. T. E. Stanton of the USAF Environmental Technical Appli- cations Center, Washington, D. C.) from the mean monthly temperatures extracted from the National Weather Services' Local Climatological Data Summaries for the stations. In a few cases other sources also were used. **The Tw and Tc values are extracted from the ASHRAE Handbook of Funda- mentals (1972), published by the American Society of Heating, Refrig- erating and Air-Conditioning Engineers. 39

Temperature (°F) Temperature (°F) Station Tw Tm Tc Station Tw Tm Tc Alabama Florida (Continued) - Birmingham 97 6319 Jacksonville 96 6829 Huntsville 97 6113 Key West 90 7755 Mobile (CO) 96 6828 Lakeland (CO) 95 7235. Montgomery 98 6622 Miami 92 7544 Miami Beach (CO) 91 7545 Alaska Orlando 96 7233 Anchorage 73 51-25 Pensacola (CO) 92 6829 Barrow 58 38-45 Tallahassee 96 6825 Fairbanks 82 50-53 Tampa 92 7236 Juneau 75 48-7 West Palm Beach 92 7540 Nome 66 45-32 . Georgla Arizona Athens 96 6117 Flagstaff 84 580 Atlanta 95 6218 Phoenix 108 7031 Augusta 98 6420 Prescott 96 6415 Columbus 98 6523 Tuscan 105 6729 Macon 98 6523 Winslow 97 679 Rome 97 6216 Yuma 111 7237 Savannah/Travis 96 6724 Arkansas Hawaii Ft. Smith 101 6515 Hilo 85 7359 Little Rock 99 6519 Honolulu 87 7660 Texarkana 99 6522 Idaho California Boise 96 614 Bakersfield 103 6531 Idaho Falls 91 61-12 Burbank 97 6436 Lewiston 98 606 Eureka/Arcata 67 5232 Pocatello 94 60-8 Fresno 101 6328 . . Long Beach 87 6341 Illinois Los Angeles 94 6241 Chicago 95 60-3 Oakland 85 5735 Moline 94 63-7 Sacramento 100 6030 Peoria 94 61-2 San Diego 86 6242 Rockford 92 62-7 San Francisco 83 5635 Springfield 95 62-1 Santa Maria 85 5732 . Indiana Colorado Evansville 96 656 Alamosa 84 60-17 Fort Wayne 93 620 Colorado Springs 90 61-1 Indianapolis 93 630 Denver 92 62-2 South Bend 92 61-2 Grand Junction 96 648 Pueblo 96 64-5 Iowa Burlington 95 64-4 Connecticut Des Moines 95 64-7 Bridgeport 90 604 Dubuque 62 63-11 Hartford 90 611 Sioux City 96 64-10 New Haven 88 595 Waterloo 91 63-12 Delaware Kansas Wilmington 93 6212 Dodge City 99 643 . Goodland 99 65-2 Florida Topeka 99 693 Daytona Beach 94 7032 Wichita 102 685 Ft. Myers 94 7438 40

Kentucky A A Temperature (-F) Temperature (-F) Station Tw Tm TO Station Tw Tm Tc Montana Covington 93 633 Billings 94 60-10 Lexington 94 636 Glasgow 96 60-25 Louisville 96 648 Great Falls 91 58-20 Havre 91 58-22 Louisiana Helena 90 58-17 Baton Rouge 96 6825 Kalispell 88 56-7 Lake Charles 95 6829 Miles City 97 62-19 New Orleans 93 6932 Missoula 92 58-7 Shreveport 99 6622 Nebraska Maine ~~~~~~~ Grand Island 98 65-6 Caribou 85 56-18 Lincoln (CO) 100 64-4 Portland 88 58-5 Norfolk 97 64-11 North Platte 97 64-6 Maryland Omaha 97 64-5 Baltimore 94 6312 Scottsbluff 96 62-8 Frederick 94 637 Nevada Massachusetts ~~~~~~~~~ Elko 94 61-13 Boston 91 586 Ely 90 59-6 Pittsfield 86 58-5 Las Vegas 108 6623 Worcester 89 58-3 Reno 95 622 . . Winnemucca 97 631 Mlchlgan Alpena 87 57-5 New Hampshire Detroit-Metropolitan 92 584 Concord 91 60-11 Escanaba 82 55-7 New Jersey Grand Rapids 91 622 Atlantic City 91 6114 Lansing 89 592 Newark 94 6211 Marquette 88 55-8 Trenton (CO) 92 6112 Muskegon 87 594 . Sault Ste Marie 83 55-12 New Mexico Albuquerque 96 6414 Minnesota Rat on 92 64-2 Duluth 85 55-19 Roswell 101 7016 International Falls 86 57-29 New Y rk Minneapolis/St. Paul 92 62 -14 ° Rochester 90 60 -17 Albany 91 61 -5 St. Cloud 90 60 -20 Binghampton (CO) 91 67 -2 Buffalo 88 59 3 Mississippi New York 94 59 11 Jackson 98 66 21 Rochester 91 59 2 Meridian 97 65 20 Syracuse 90 59 -2 Vicksburg (CO) 97 66 23 North Carolina Missouri Asheville 91 60 13 Columbia 97 65 2 Charlotte 96 60 18 Kansas City 100 65 4 Greensboro 94 64 14 St. Joseph 97 66 -1 Raleigh/Durham 95 62 16 St. Louis 98 65 4 Wilmington 93 63 23 Springfield 97 64 5 Winston/ Sal em 94 63 14 41

Temperature (=F) Temperature (8F) Station- Tc Station Tw Tm Tc North Dakota Tennessee Bismarck 95 60 -24 Bristol/Tri City 92 63 11 Devils Lake 93 58 -23 Chattanooga 97 60 15 Fargo 92 59 -22 Knoxville 95 60 13 Minot 91 -24 Memphis 98 62 17 Williston 94 59 -21 Nashville 97 62 12 Ohio Akron/Canton Cincinnati (CO) Cleveland Columbus Dayton Mansfield Sandusky (CO) Toledo Youngstown Oklahoma Oklahoma City Tulsa Oregon Astoria Eugene Medford Pendleton Portland Roseburg Salem Pennsylvania 89 60 94 62 8 91 61 92 61 92 61 91 61 92 60 92 61 89 59 100 102 79 91 98 97 91 93 92 64 11 65 12 50 27 52 22 56 21 58 3 52 21 54 25 52 21 Texas Abilene Amarillo Austin Brownsville Corpus Christi Dallas E1 Paso Fort Worth Galveston Houston Laredo AFB Lubbock Midland Port Arthur San Angelo San Antonio Victoria Waco Wichita Falls Utah Salt Lake City Vermont 101 98 101 94 95 101 100 102 91 96 103 99 100 94 101 99 98 101 103 65 66 68 74 71 66 65 66 70 68 74 67 66 69 65 69 71 67 66 17 25 36 32 19 21 20 32 28 32 11 19 29 20 25 28 21 15 97 63 5 Allentown 92 61 3 Burlington 88 57 -12 Harrisburg 88 59 7 Virginia Philadelphia 93 63 11 Lynchburg 94 62 15 Pittsburgh 90 63 5 Norfolk 94 60 20 Reading (CO) 92 61 6 Richmond 96 64 14 Scranton/Wilkes-Barre 89 61 2 Roanoke 94 63 15 Williamsport 91 61 1 Washington, D. C. Rhode Island National Airport 94 63 16 Providence 89 60 6 Washington South Carolina Olympia 85 51 21 Charleston 95 66 23 Seattle 85 51 20 Columbia 98 64 20 Spokane 93 58 -2 Florence 96 64 21 Walla Walla 98 57 12 Greenville 95 61 19 Yakima 94 62 6 Spartanburg 95 60 18 West Virginia South Dakota Charleston 92 63 9 Huron 97 62 -16 Huntington (CO) 95 63 10 Rapid City 96 61 -9 Parkersburg (CO) 93 62 8 Souix Falls 95 62 -14 42

Temperature (°F) Temperature (°F) Station Tw Tm Tc Station Tw Tm Tc Wisconsin Wyoming Green Bay 88 59 -12 Casper 92 59 -11 La Crosse 90 62 -12 Cheyenne 89 58 -6 Madison 92 61 -9 Lander 92 58 -16 Milwaukee 90 60 -6 Sheridan 95 59 -12 43

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Many factors affect the amount of temperature-induced movement that occurs in a building and the extent to which this movement can occur before serious damage develops or extensive maintenance is required. In some cases joints are being omitted where they are needed, creating a risk of structural failures or causing unnecessary operations and maintenance costs. In other cases, expansion joints are being used where they are not required, increasing the initial cost of construction and creating space utilization problems.

As of 1974, there were no nationally acceptable procedures for precise determination of the size and the location of expansion joints in buildings. Most designers and federal construction agencies individually adopted and developed guidelines based on experience and rough calculations leading to significant differences in the various guidelines used for locating and sizing expansion joints. In response to this complex problem, Expansion Joints in Buildings: Technical Report No. 65 provides federal agencies with practical procedures for evaluating the need for through-building expansion joints in structural framing systems. The report offers guidelines and criteria to standardize the practice of expansion joints in buildings and decrease problems associated with the misuse of expansions joints. Expansions Joints in Buildings: Technical Report No. 65 also makes notable recommendations concerning expansion, isolation, joints, and the manner in which they permit separate segments of the structural frame to expand and to contract in response to temperature fluctuations without adversely affecting the buildings structural integrity or serviceability.

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