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Page 176
For cavity walls loaded on both wythes , each wythe shall be considered to act
independently and the effective thickness of each wythe shall be taken as its
actual thickness . For cavity walls loaded on one wythe only , the effective
thickness ...
For cavity walls loaded on both wythes , each wythe shall be considered to act
independently and the effective thickness of each wythe shall be taken as its
actual thickness . For cavity walls loaded on one wythe only , the effective
thickness ...
Page 350
B . For slabs with shearheads , one - half of that part of the periphery specified in
Subitem A shall be considered ineffective . ( n ) Transfer of Moments to Columns .
1 . Shear forces exerted by unbalanced loads at connection to columns shall be ...
B . For slabs with shearheads , one - half of that part of the periphery specified in
Subitem A shall be considered ineffective . ( n ) Transfer of Moments to Columns .
1 . Shear forces exerted by unbalanced loads at connection to columns shall be ...
Page 379
All provisions of this code not specifically excluded , and not in conflict with the
provisions of this chapter , are to be considered applicable to prestressed
concrete . The following provisions shall not apply to prestressed concrete unless
...
All provisions of this code not specifically excluded , and not in conflict with the
provisions of this chapter , are to be considered applicable to prestressed
concrete . The following provisions shall not apply to prestressed concrete unless
...
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Contents
Effective Use of the Uniform Building Code | 18 |
497 | 36 |
Part IIDefinitions and Abbreviations | 38 |
Copyright | |
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Common terms and phrases
accordance allowable applied approved axial bars beam bearing bending bolts building building official Chapter column compression compressive stress computed concrete conform connections considered construction continuous cover Decking depth determined diameter direction distance Division edge effective elements equal exceed EXCEPTION exit exterior face factor feet fire fire-resistive flange flexural floor foot forces Formula frame girders grade Grain greater Group height horizontal inches joints lateral least length less limited live load load located lumber masonry materials maximum Occupancies openings panel parallel percent permitted placed plate portion pounds prestressing protected ratio reinforcement resist roof rooms Section Select Structural separation shear side slab spacing span specified splices square inch steel strength stress Structural Stud surface Table taken tension tests thickness tion Type U.B.C. Standard unit values vertical walls welds width wire wood yield