A tensile rod profile L120x120x12 (single), is designed to withstand the tensile force due to dead load, PD = 65 kN, live load, PL = 140 kN, and wind load, PW = 90 kN. Determine the design factored tensile force, Pu, based on the combined loading of the LRFD method
A tensile rod profile L120x120x12 (single), is designed to withstand the tensile force due to dead load, PD = 65 kN, live load, PL = 140 kN, and wind load, PW = 90 kN. Determine the design factored tensile force, Pu, based on the combined loading of the LRFD method
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A tensile rod profile L120x120x12 (single), is designed to withstand the tensile force due to dead load, PD = 65 kN, live load, PL = 140 kN, and wind load, PW = 90 kN. Determine the design factored tensile force, Pu, based on the combined loading of the LRFD method.
![Sambungan A (baut)
Sambungan B (las)
Batang tarik, L120x120x12
Ро, Р Рw
PD, PL, Pw
Pelat buhul, t, = 10 mm
Pelat buhul, i, = 10 mm
%3!](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3bf702ac-252f-4a3e-bb31-efedbd51fdd5%2Fc453206e-0b4a-4d92-ae0a-6ea52776e9fb%2Fqry222s_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Sambungan A (baut)
Sambungan B (las)
Batang tarik, L120x120x12
Ро, Р Рw
PD, PL, Pw
Pelat buhul, t, = 10 mm
Pelat buhul, i, = 10 mm
%3!
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