Oil pans are major engine cooling system parts. They are usually constructed of thin steel and shaped into a deeper section to fully perform its function. When an engine is not running or at rest, oil pans collects the oil as it flows down from the sides of the crankcase. In other words, oil pans that are mounted at the bottom of the crankcase serves as an oil reservoir. Engine oil is used for the lubrication, cooling, and cleaning of internal combustion engines. At the bottom of the pan is the oil drain plug that can be usually removed to allow old oil to flow out of the car or bike during an oil exchange. After the used oil drains out, the plug is screwed back into the drain hole. Drain plugs are often made with a magnet in it, collecting metal fragments from the oil. Some contain a replaceable washer to avoid leakage caused by corrosion or worn threads in the drain hole.
Here in this project we used solidThinking Inspire for topography optimization. We carried out topography optimization with maximum design space & used the linear bead type with draw direction to get beads on upward & downward directions. Output of downward beads compared most efficiently to baseline design than beads on upward direction, but we consider beads on upward direction as the reliable design because of the flat portion of the oil pan base. Beads on downward direction would be ideal when we have curvature on oil pan base enabling oil to flow out without hindrance.
Do's and Don'ts for all Inspire projects
- Before running analysis or optimization, we strongly recommend users to define Run options under File preferences. This would help to have all relevant analysis & optimization run folder in one common location for a particular model.
- Once you are done with all analysis & optimization processes, please save the final streamed file, this would help users to use compare results table effectively.