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You are required to design the central section of the bicycle frame which consists of the seat tube, top tube, down tube and head tube. You can ignore the seat stays, chain stays and fork for a simplified analysis. A typical geometry of the section is shown in Figure 2, whereas the FEA analysis of a modified design is shown in Figure 3. The total load applied to the frame is 800N and you are free to constraint the frame using your engineering judgment. You are free to choose any design of bike and any dimensions of the tubes and the information provided in Figure is for guidance only.
You are advised to draw this design in solid edge or similar package and import this design into ABAQUS for FE analysis. You should choose a suitable material for the bicycle frame. The maximum stress in the material of your choice should be less than half the yield strength of that material (to allow for a factor of safety). You should also consider the weight of the bicycle frame and ease of fabrication e.g. choosing aluminum as material in your design could mean that it will be difficult to weld during manufacturing.
Draw the Gas welding System and label its parts. Illustrate the several types of flames used in gas welding along with temperature range.
Ask DIFFERENTIAL AMPLFIER USED WITH THERMOCOUPLEquestion #Minimum 100 words accepted#
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The intensity of loading on a simply supported beam of 5m span increases uniformly from 8KN/m at one end to 16KN/m at the other end. Determine the position and magnitude of the max
what is the practical application of worm and worm gear
PART A A new process plant for ore processing is currently being planned. The design is only in the first stage. However, three requirements have already been clearly stated:
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