Hi - THIS IS URGENT
we are providing help to students in our town and running out of hands to do all the questions. if you are a civil engineer/structural engineer or studying these subjects in uni we are a constant source of projects for you.
currently we are looking for people who have skills needed to solve certain questions in the WIND ACTIONS & STRUCTURAL STEEL DESIGN chapter. this project serves as a test project with at least 5 much bigger projects coming. if selected bidder does well, expect a lot more work.
we have two examples which are in the subject of WIND ACTIONS & STRUCTURAL STEEL DESIGN. Please solve these with clear steps and working and submit back to us. The questions are quite simple and straight forward so please bid accordingly. cometitve bids will be accepted immedietly
--A summary of questions is provided below but i will also provide a pdf version for you with all the diagrams.
--Another file with all the onesteel values needed to solve questions is also attached.
Do not bid if you cannot solve questions properly. Payment will be made immediately after work has been submitted back to us and we have verified the correctness of solution (max 12 hours)
Figure below shows a commercial warehouse building located in a suburb of Maroubra, NSW. The building is 40 x 80 m with the eaves located at a height of 4 m. The frames are located 5 m apart (Note: only two internal frames are shown in the figure below, however the frames are distributed along the length of the structure at uniform spacing of 5m). Compute the wind forces acting on a single frame.
For the truss structure given in Figure 2:
Calculate the forces in each of the truss members.
Design all tensile and compression members of the truss (i.e. use UB/UC sections from the OneSteel Tables). The loads shown in Figure 2 are design loads.