Plz, solve this problem in all its parts. Reinforced Concrete Design-1 Follow ACI Code (American Concrete Institute) Last two digits of Registraion Number: 95 A simply supported beam having span length of 24′ and cross-section of 15" × 21" is subjected to an ultimate load of ?? k/ft. Taking ?c = 3??? and ?y = 60???, a) Calculate the amount of reinforcement required for a given beam section to fail under balanced condition. b) Determine the magnitude of strain developed in the tension steel at the ultimate stage if the magnitude of ?? = (?/10) k/ft. Where ? = Last two digits of Registration Number

Plz, solve this problem in all its parts. Reinforced Concrete Design-1 Follow ACI Code (American Concrete Institute) Last two digits of Registraion Number: 95 A simply supported beam having span length of 24′ and cross-section of 15" × 21" is subjected to an ultimate load of ?? k/ft. Taking ?c = 3??? and ?y = 60???, a) Calculate the amount of reinforcement required for a given beam section to fail under balanced condition. b) Determine the magnitude of strain developed in the tension steel at the ultimate stage if the magnitude of ?? = (?/10) k/ft. Where ? = Last two digits of Registration Number

Construction Materials, Methods and Techniques (MindTap Course List)

4th Edition

ISBN:9781305086272

Author:William P. Spence, Eva Kultermann

Publisher:William P. Spence, Eva Kultermann

Chapter9: Pre-cast Concrete

Section: Chapter Questions

Problem 6RQ: What is the main value in pre-stressing pre-cast concrete columns?

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Plz, solve this problem in all its parts. Reinforced Concrete Design-1 Follow ACI Code (American Concrete Institute) Last two digits of Registraion Number: 95 A simply supported beam having span length of 24′ and cross-section of 15" × 21"is subjected to an ultimate load of Wu k/ft. Taking fc = 3ksi and fy = 60ksi a) Calculate the amount of reinforcement required for a given beam section to fail under balanced condition.b) Determine the magnitude of strain developed in the tension steel at the ultimate stage if the magnitude of Wu= (R/10) k/ft. Where R = Last two digits of Registration Number
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