It weighs 8.5 lbsIts hickory smoked, bone in, half ham and ready to cookHow long do i need to cook it for and how? Thanks for all your answers and remember this will be my first ham that i have cooked ever.
Your criteria are overly broad, a good many materials can survive the conditions you've describedGive us moreAdditionally, when dealing with pressure, the shape of a component is just as important as the material when discussing strength (and the metric unit of pressure is the Pascal, typically expressed as Megapascals, MPa).
Possible materials to search: Super metallic Nickel-based alloys (especially as relate to turbine blades) Industrial Ceramics (especially as relate to turbine blades) Inter metallic nickel-based compounds or amorphous metallic compounds tungsten (edit: btw don't use tungsten if its exposed to oxygen along with the heat) In that temperature range, even titanium or certain steels may be okay This is a very complex area with lots of options, but maybe that will give you a starting pointedit: I'm pretty sure steel will work (titanium as well) so there would be no point in going to the more expensive materials)
My country baked ham recipeCheck on the package for cooking timeShould say x number of minutes per poundTo prepare for cookingRemove the wrapping and wash it well in waterPlace it flat side down in a pan lined with aluminum foil (makes the pan easier to clean later)Use whole cloves and push them into the ham about 2-3 inches apartCoat the top and sides with brown sugar, and using wooden toothpicks attach slices of pineapple to the top and around the sidesIn the center of each pineapple slice attach a marschino cherryCover with aluminum foil and cook according to the directions on the wrapperFor the last 30 minutes remove the foil cover to allow the ham to brownServed with baked beans, candied yams, and a green vegetable of your choice makes a delicious meal.
Many ceramics withstand 1000C with easeEven 1200C is no problem The tube furnace method for analysis of sulphur in coal requires a straight mullite tube which at the centre of the furnace is held at 1200C while a boat made from fused aluminium oxide containing powdered coal covered with aluminium oxide is slowly pushed through the tube with a fused silica pusherA stream of oxygen passes throughThe boats are used several times after removal of the ash and the mullite tube generally lasts for months This is, or was a standard test, routinely done every day in coal testing labs A typical boiler used in coal fired power stations runs temperatures around 800-1000C and pressures of up to 20 atmospheres and may be continuously used for many years.
1000 F is not particularly hotMost metals and ceramics can withstand temperatures up to 1200 F except a few with really low melting points like lead and tinTungsten can withstand over 6000 FTantalum hafnium carbide melts at over 7500 F In most materials, increasing the pressure also increases the melting pointAnd in terms of solid materials, 9 atm is not that high a pressureIts only about 130 psiSteel gas cylinders are usually pressurized up to 2500 psi Whether it can withstand both depends on how its being usedIf you just take a block of steel, heat it up, and increase the surrounding pressure, nothing will happen because the pressure is the same on every sideIf you take a cylinder, pressurize the inside, then heat it, it may fail because there's a pressure difference between the inside and outside.
