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Design of steel and RCC structure lab manual answers - DSR solved lab manual 22502
Design of steel and RCC structure lab manual answers for MSBTE I scheme civil engineering 5th semester students
Design of steel and reinforced concrete cement structure is the core of civil engineering it consists bar bending Schedule of structural members steel calculation for various structural members
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Practicals:
Practical 1: Draw five standard rolled steel sections showing all details.
Practical 2: Write five IS clauses related to load from IS 875:1987.
Practical 3: Draw five commonly used built up sections.
Practical 4: Write five IS clauses related to joints in steel structure from IS 800:2007.
Practical 5: Draw types of bolts with their modes of failure.
Practical 6: Design a bolted connection for the given data and compare it with design using open source software IS code.
Practical 7: Draw types of welds and types of welded joints.
Practical 8: Draw modes of failure for bolted connections.
Practical 9: Write five IS clauses related to partial safety factors, characteristic strengths, characteristic load and design load from IS 456:2000.
Practical 10: Draw cross section, strain-stress diagram for singly reinforced section giving design parameters and constants.
Practical 11: Draw stress block diagram for Under- reinforced, Over- reinforced and Balanced sections showing all details
Practical 12: Write five IS clauses related to shear reinforcement in beams and slabs from IS 456:2000.
Practical 13: Write the procedure to calculate
development length of main reinforcement in slabs and beams.
Practical 14: Write four IS clauses related to each for slab, beam and columns from IS 456:2000.
Practical 15: Draw diagrams showing transfer of loads from one way simply supported slab and two way simply supported slab to the supporting beams
IS 456:2000.
Practical 16: Draw the table showing details of deflected shape along with effective length of column as per IS 456:2000.
Practical 17: Design of a welded connection for the given data and compare it using open source software code
Practical 18: Draw reinforcement detailing of dog legged stair.
Practical 19: Check the given drawing as per IS 456:2000 specifications with respect reinforcement detailing (Working drawing / Blue print should be collected from the suitable site.)
Practical 20: Design one cantilever slab from the given data.
Practical 21: Design a one way simply supported slab from the given data.
Practical 22: Design a two way simply supported slab from the given data.
Practical 23: Design the beam's cach supporting cantilever slab, one way simply supported slab and two way simply supported slab from the given data.
Practical 24: Design one axially loaded short column cach supporting two given beams (corner column). three beams and four beams from the given field situation from the given data.
Practical 25: Design footing for axially loaded short column designed in Sr no. 24
Practical 26: Draw the reinforcement details for cantilever slab, one way simply supported slab and two way simply supported slab designed in Sr. no. 20 to 22
Practical 27: Draw the reinforcement details for the beam, column and footing designed in Sr. no 23 to 25.
Practical 28: Prepare a report on site visit for joints in Steel structures. Prepare a report on site visit for reinforcement detailling various structural elements.