XXXX=4755(Use the value) Create a code in Python for a Reinforced Concrete Design where the following...

 

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XXXX=4755(Use the value) Create a code in Python for a Reinforced Concrete Design where the following requirements are required: a) Asking for the input for the dimension of the beam and the reinforcement: Breath, b in mm Depth, h in mm Concrete cover, c in mm Diameter of reinforcement bar, bdim in mm Diameter of link, ldim in mm The Maximum Bending Moment, MEd in kNm The cylinder's compressive strength, fck is 30 N/mm² • The yield strength of the reinforcement bar, fyk is 500 N/mm² (high tensile) b) Store the variables as a dictionary. Name it as myBeamXXXX c) Calculate the K value where it is unitless = M/(b.d².fek) . . . . . . d) Use several if-else statements for the certain condition checking e) If K > K' where K' = 0.167, the beam is a doubly reinforcement f) If K<K' where K' = 0.167, the beam is a singly reinforcement Continue the step until the required reinforcement area for compression and tension are calculated, As' and As as listed in the Appendix. [60 Marks] XXXX=4755(Use the value) Create a code in Python for a Reinforced Concrete Design where the following requirements are required: a) Asking for the input for the dimension of the beam and the reinforcement: Breath, b in mm Depth, h in mm Concrete cover, c in mm Diameter of reinforcement bar, bdim in mm Diameter of link, ldim in mm The Maximum Bending Moment, MEd in kNm The cylinder's compressive strength, fck is 30 N/mm² • The yield strength of the reinforcement bar, fyk is 500 N/mm² (high tensile) b) Store the variables as a dictionary. Name it as myBeamXXXX c) Calculate the K value where it is unitless = M/(b.d².fek) . . . . . . d) Use several if-else statements for the certain condition checking e) If K > K' where K' = 0.167, the beam is a doubly reinforcement f) If K<K' where K' = 0.167, the beam is a singly reinforcement Continue the step until the required reinforcement area for compression and tension are calculated, As' and As as listed in the Appendix. [60 Marks]

Answer rating: 100% (QA)

The cylinders compressive strength fck is 30 Nmm The yield strength of the reinforcement bar fyk is 500 Nmm high tensile bintinputBreath b in mm hinti... View the full answer