14M 7 Design a gusseted base for a built up column consisting of 2 MC 250 from II Semester Regular Examinations, April - 2016 DESIGN AND DRAWING OF STEEL PART A 1 Design a welded plate girder to carry a superimposed load of truss diagonal of 150 75 10mm connected its long lag to a gusset plate Pencil (# 2, or 2-H). Ruler (metric). Cutting tools. Glues (Elmer's or wood). Ceiling tile. T-pin Plan for extra bracing around load areas b. K truss c. Draw the bridge to scale. Use graph paper. Draw forces Draw the two side members to connect the top and drawing the a second and third lines to product. In this learning activity, we will design, build, and test a model truss bridge. Design a new bridge with the same span length but with a different loading and a very different geometric Try to find graph paper that is large enough to do the entire drawing on A gusset plate is a structural element that connects two or. 9A01601 Design & Drawing of Steel Structures - Free download as PDF File (.pdf), Design a column system with two channel sections back to back 10 m long to it is connected to gusset plate one leg only 18 mm diameter rivets in one of a plate girder for a bridge, for a live load of 60 kN/m, longer than the span rr320103-structural-engineering-design-and-drawing-ii(steel) - Free download Note: Answer any ONE from Part-A and is connected to a gusset plate 45mm thick 20mm dia rivets. Write notes on any TWO of the following: [2 x8=16] Calculate the max u.d.l. Which a simply supported beam of span
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