W24x94 W16x31 GIVEN: The steel-framed Roof structure as shown below, to be used as a Greenhouses...

 

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W24x94 W16x31 GIVEN: The steel-framed Roof structure as shown below, to be used as a Greenhouses building. The construction is indicated, and dead loads can be found from the table ASCE 7-10. Use ASTM designation A992. REQUIRED: a) Compute by the LRFD Method the Demand and Capacity of the Exterior Beams W16x31 and W24x94 b) Compare the Maximum Uniform Total Load Supported by the W16x31 and W24x94 Beams. 32'-0" Round HSS 6x0.312 col (typ.) W18x35 W18x35 W16x31 Roof Materials: 3" Lightweight concrete fill Deck metal, 20 gage. Water proofing: Bituminous, gravel-covered Suspended steel channel system Acoustical Fiber Board Mechanical Duct Allowance Electrical Material Air conditioning machine W24x94 3@7'-0" = 21'-0" W24x94 W16x31 GIVEN: The steel-framed Roof structure as shown below, to be used as a Greenhouses building. The construction is indicated, and dead loads can be found from the table ASCE 7-10. Use ASTM designation A992. REQUIRED: a) Compute by the LRFD Method the Demand and Capacity of the Exterior Beams W16x31 and W24x94 b) Compare the Maximum Uniform Total Load Supported by the W16x31 and W24x94 Beams. 32'-0" Round HSS 6x0.312 col (typ.) W18x35 W18x35 W16x31 Roof Materials: 3" Lightweight concrete fill Deck metal, 20 gage. Water proofing: Bituminous, gravel-covered Suspended steel channel system Acoustical Fiber Board Mechanical Duct Allowance Electrical Material Air conditioning machine W24x94 3@7'-0" = 21'-0"