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Task 1. Moment analysis can be performed using Strand 7 or any other software of your choice. 2. Using design guidelines given in the Australian Concrete Structures Standard – AS3600 you are required to design: – Typical Balcony and Floor slab (includes thickness and reinforcement layout) – Typical T-beams and Edge beams – Columns (includes middle, end and edge column calculations) – Typical footing – Stair-way design (optional) Note that typical loading and Design guidelines are to be taken from AS3600. 3. You should use normal strength concrete (32 MPa) for the slabs and beams, and high strength concrete (80 MPa) for the columns. 4. It is desired that you use 500N steel as reinforcement. Where possible, use R10 plain round bars (fsy = 250 MPa) for stirrups and ties and N-bars not greater than 36 mm in diameter are to be used for beam and column reinforcements. 5. Designs should be for strength and serviceability limit states. Checks for durability would be desired. 6. You are required to also produce working drawings. Make sure you allow for development lengths where required, and provide appropriate detailing of reinforcement. 7. You can take the ultimate soil bearing capacity for foundation design as qu = 400 kPa. Document Preview:

7304ENG Advanced Reinforced and Prestressed Concrete Major Design Project Design of a Four-Storey Block of Units Introduction You are required to put your Concrete Design skills into practice when a local engineer asks you to undertake a preliminary design on a four-storey block of units. The structure is composed of reinforced concrete slabs, beams and columns with concrete infill walls. Attached is a layout of a typical floor and typical sections, from which you are required to produce your preliminary design. Task 1. Moment analysis can be performed using Strand 7 or any other software of your choice. 2. Using design guidelines given in the Australian Concrete Structures Standard – AS3600 you are required to design: – Typical Balcony and Floor slab (includes thickness and reinforcement layout) – Typical T-beams and Edge beams – Columns (includes middle, end and edge column calculations) – Typical footing – Stair-way design (optional) Note that typical loading and Design guidelines are to be taken from AS3600. 3. You should use normal strength concrete (32 MPa) for the slabs and beams, and high strength concrete (80 MPa) for the columns. 4. It is desired that you use 500N steel as reinforcement. Where possible, use R10 plain round bars (fsy = 250 MPa) for stirrups and ties and N-bars not greater than 36 mm in diameter are to be used for beam and column reinforcements. 5. Designs should be for strength and serviceability limit states. Checks for durability would be desired. 6. You are required to also produce working drawings. Make sure you allow for development lengths where required, and provide appropriate detailing of reinforcement. 7. You can take the ultimate soil bearing capacity for foundation design as q = 400 kPa. uStair case in between exactly same floor plan above this plan1.51.54 m 4 m 4 m 4 m 4 m 4 mmmTypical Floor PlanElevation Australian Standards Download…

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7304ENG-Major….pdfMajor-Design-….pdf