I have an application for a vertically-mounted hinge for a heavy door.  I need the design to be conservative to be sure that the door doesn't sag.  I would also like to find and understand any common design rules.
203990
As with all buy out items, consult the manufacture. He knows his product and the best way to use it.
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It has to be kept horizontally because the acetylene cylinder has a matrix in which the gas is sort of impregnated into. When you open the pressure valve it seeps out of it. My welding instructor also told us not to exceed 15 pounds because it could explode. I don't know if this is actually true or not, but have never exceeded his recommendation.
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your problem is statically determinate. so, use static equations to calculate the tensile force in the cable. maximum sag will occur at the center of the cable where the load should be placed.\n\nyoure asking for deflection and the force. it cannot be. the maximum allowable sag should be used to calculate the tensile force, either, calculate the sag using the allowable tensile force. this can be solve based on the area of the section and the allowable stress.\n\nI hope I was able to answer your question. better if you could send me the figure. my email is exaatto2000@yahoo.com or rbra_engrs@yahoo.com\n\nruel
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A waist high horizontal freezer will be better at keeping cold air in because of the laws of convection.\nWarm air rises, so if you open your freezer-which has cold air- the cold air will stay at the bottom and inside the freezer unless the air outside is less than the temperature of the freezer ;)\nthe vertical freezer, you will lose cold air when you open it because the air will flow out of it and "fall out of the freezer"  making warm air rush in to compensate.\n\nIn terms of efficiency, the horizontal freezer is a better design, however, due to space restrictions, some people prefer vertical freezers over the horizontal ones.
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Working Stress Method\n• Material is assumed to behave elastically.\n• The allowable stresses are obtained by dividing the limiting stresses of material by factor of safety.\n• Ignores uncertainties in different types of load.\n• Does not use the full range of strains in the material.\n• Therefore, disregards the nonlinear part of the material\ncurve.\n• Considers failure as a function of stress while it is a\nfunction of strain.\n• Stress as a measure of safety does not give true margin of\nsafety against failure. A stress factor of safety 3 for\nconcrete does not mean that the member will fail at a load\nthree times the working load.\n• The structure must carry loads safely. It is logical to use\nthe method based on load causing failure.\n• The additional load carrying capacity of the structure due\nto redistribution of moment can not be accounted for.\n• Produces conservative designs.\n\n\n\nUltimate Load Method\n• The loads are enhanced by load factor-\n• Design load = LF * service load\n• The method uses total stress-strain curves of the\nmaterial.\n• Strain based failure.\n• LF=3 means the structure has 3 times more\ncapacity\n• Since the method considers the plastic region of\nthe stress-strain curve also, it utilizes the reserve\ncapacity of the member.\n• Uncertainty in load only is considered. Uncertainty\nin material is ignored.
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> I just need it to scroll down, not horizontaly.\n\nSure thing.\n\n> if you dont know the answer, dont answer.\n\nNo need to be offensive here.\nPeople are helping on a purely voluntary basis.\n\n> the name of the JScrollPane is display\n\ndisplay. setHorizontalScrollBarPolicy(\n JScrollPane. HORIZONTAL_SCROLLBAR_NEVER);\n\n(You must ged rid of the spaces after the dots,\nonly workaround for the stupid ellipsis \nbug in Yahoo! Answers).\n\nRegards
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http://www.magnetsusa.com/magnets-shopping/category.php?id=109&name=Magnetic%20Door%20Hangers
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The best way to ensure the appropriate level of sound insulation for your building is to design it into the structure.  Architectural acoustics covers the topics of reverberation time, acoustic absorption, diffusion, first reflections, room modes, etc. Some of the points to be noted are placement of openings that is doors and windows and the design of the same with size of rooms of the house.  A few points are illustrated below.\n1. The window can be double glassed, with a thicker glass at the inside. 2.  The air gap towards the ground level to be the biggest air leaks, so may be  make panels (with the gypsum panels) which fit nicely in the window, and in the air gap?   3. Using acoustic ceilng tiles. 4.  Sound absorbing materials who can be pasted to the walls or plastered can also help.\nVR\n.
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use only one door, lock the other forever. this is the best solution. even better than putting a wall/ divider in between the doors... because a house with 2 front doors (bec you're using the back as a front) tend to break a family in 2, maybe due extra marital activities.
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Cosidering that the load (2P) has been applied to the midpoint of the bar, the load which will be carried by each cantilever beam will be 'P'.\nIn that case, the maximum deflection at the free edge of the system will be  \n\n(P*L*L*L )/ (3EI)\nwhere L is the span of each beam \nEI is the flexural rigidity
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Use the biaxial bending provisions for columns.  If you want to make the math easy, give it a small unit axial load.  You used to have to do this in steel, too.
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look in the help menu in autocad, it should give you everything you need.
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http://budugllydesign.com/ (designed on purpose)\nhttp://www.webpagesthatsuck.com/ may have some
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Z-shape or zigzag, because it is a nice shape or a nice design and unique. It's okay for houses to face the steets but it must face the sunlight coz' they say that it's bad luck if it will not be facing the sunlight and it's not really best if you will build your houses near the streets especially when you live in a big community or in an urban place because accidents always happens in that area but if you live in a peaceful place like in a rural or province area it's okay.\nYou could also choose a one-storey house or two or more than storey house.
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How big should this be?\n\nWell, you want to make it slightly arched with a flat road.\nAll triangles for the joints.\n\n.______\n/&#92;/&#92;/&#92;/&#92;/&#92;/&#92;/&#92;
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www.businesschambers.com/sh.cfm?sq=Graphic%20Design%20Course\nhttp://www.celedy.com/productoverview.html
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OOO, We did this project in IPC, except our was 20 meters -.-;;. You're ideal angle is 45 degrees. That usually gets you the farthest. It would be pretty smart to use elastic potential energy by using piece of bamboo or just a flexible stick (haha, flexible stick) or just a rubber band. Don't put anything on the egg. Our model was made with a giant rubber band that I found on the floor, and a little seat attached to the crossbow model. If your teacher is strict about a catapult model, your best bet would be to use the bamboo stick and research trebuchets.