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STRUCTURALNOTES <br /> MATERIAL STRENGTHS <br /> Reinforcing Steei Fy = 60,000 p.s.i. (A615 grade 60) <br /> Concrete F'c = Compressive strength in 28 days <br /> 3,000 p.s.i. for footings <br /> 3,000 p.s.i. for masonry grout <br /> 3,500 p.s.i. for interior slabs on grade <br /> 4,000 p.s.i. unless noted <br /> Masonry fm = 1,750 p.s.i. unless noted <br /> DESIGN LIVE LOADS <br /> Roofs 50 p.s.f. ground snow load <br /> Typical Floors 40 p.s.f. <br /> Basic Wind Speed 90 m.p.h. (3 second gust) <br /> DESIGN CODES - LATEST EDITIONS <br /> International Building Code <br /> Minnesota State Building Code <br /> American Concrete Institute <br /> CRSI Manual of Standard Practice <br /> American Institute of Timber Construction <br /> National Design Specifications for Stress-Graded Lumber and its Fastenings <br /> National Concrete Masonry Association <br /> SOIL BEARING DESIGN VALUE <br /> 2,000 p.s.f. on undisturbed soil or compacted fill for footings. <br /> Bearing value to be verified by a geotechnical engineer. <br /> COORDINATION -ARCHITECTURAL, MECHANICAL AND ELECTRICAL ITEMS <br /> Location, dimensions and details of recesses, depressions, openings and equipment supports <br /> shall be verified by reference to architectural, mechanical and electrical drawings. <br /> TEMPORARY BRACING <br /> Provide temporary lateral support for all walls until walls are adequately braced by fioor or roof <br /> structure. <br /> FOOTINGS <br /> Wall footings are cast-in-place concrete with continuous reinforcing placed 3" clear of bottom and <br /> sides. Provide 40 diameter lap at all splices and full crossing lap at corners and intersections. <br /> Unless otherwise noted, wall footings are centered under walls and column footings under <br /> columns. Footing elevations shown on plan are to top of footing. Footings for wails, unless <br /> otherwise noted, shall be 10 thick with a minimum projection of 4" each side with 2 -#4 <br /> continuous. <br />