I was just curious about the strength capabilities of a ¼" thick piece of 6061 aluminum angle for use as a shelf/table or if I would or should increase the thickness of the material? Just like I'm sure everyone else I absolutely despise when things bend/break. Thanks
"-T : Heat treated to produce stable tempers -T1 : Cooled from hot working and naturally aged (at room temperature) -T2 : Cooled from hot working, cold-worked, and naturally aged- T3 : Solution heat treated and cold worked- T4 : Solution heat treated and naturally aged- T5 : Cooled from hot working and artificially aged (at elevated temperature)- T51 : Stress relieved by stretching- T510 : No further straightening after stretching- T511 : Minor straightening after stretching- T52 : Stress relieved by thermal treatment- T6 : Solution heat treated and artificially aged -T7 : Solution heat treated and stabilized- T8 : Solution heat treated, cold worked, and artificially aged- T9 : Solution heat treated, artificially aged, and cold worked- T10 : Cooled from hot working, cold-worked, and artificially aged"
Can somebody please help help me 🙏. Which is stronger an A Frame from Square or Rectangle Tubes or An a Circulating tube in an A frame ,PLEASE point out the the obvious answer, Thx's Rob ✌😳🤪👍🤔🤔🤔🤔🤯😇😏
square is better than rectangle and circular tubing but.... To make it simple , mass should be away from center line (neutral axis ) ex : I section more mass away from center ,the better it becomes for flexular stresses case
CAN someone Please reply 🙏. Which's Stronger an A Frame , or , a Circle Tubed A Frame 🤔🤔👍😳✌🙏🙏🙏🙏🙏🙏. Thx's I can't wait 4 Someone 2 say the Obvious. 🤪😵🤯🤢🤮.
