in which industries property of toughness is used?
957992
It's certainly used in the flexible packaging industry, but defined in several ways, including:\ntensile strength\npuncture resistance\nelongation at break\ntear resistance (in both directions)\ntear propagation resistance\nand many others . . .
285802
durable goods are goods that are suppost to last a long time, and purchased only once in a while such as cars, swimming pools, housing, refrigerators, etc.\n\nnon-durable goods are used in a short period of time and bought frequently, such as food, beverages, gas, beauty and hygeing supplies, etc.
334754
Structural steel ASTM-A36 400 650   \nSteel, high strength alloy ASTM A-514 690 760   \nSteel, high tensile 1650 1860   \nSteel, Piano wire  2000   \n\nrest below
1178634
A ductile substance is easily pulled or stretched into a thin wire without breaking.\n\n"...gold is the most ductile metal and one gram of it can be drawn into a wire 2,300 meters long."\n\n"The order of ductility of some familiar metals is gold > silver > platinum > iron > copper > palladium > aluminum > zinc > tin > lead"
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Strength of materials\n\n\nIt has been suggested that Tensile strength be merged into this article or section. (Discuss)\nStrength of materials is the scientific area of materials science for the study of the strength of engineering materials and their mechanical behavior in general (such as stress, deformation, strain and stress-strain relations). Strength is considered in terms of compressive strength, tensile strength, and shear strength, namely the limit states of compressive stress, tensile stress and shear stress
603266
Tungsten (W) is a metal with a wide range of uses, the largest of which is as tungsten carbide in cemented carbides. Cemented carbides (also called hardmetals) are wear-resistant materials used by the metalworking, mining, and construction industries. Tungsten metal wires, electrodes, and/or contacts are used in lighting, electronic, electrical, heating, and welding applications.
1019278
Titanium is NOT the strongest metal.  It is often thought of as the strongest but actually it has one of the highest strength to weight ratios.  I.e., for a metal that is so light-weight, it is extremely strong.  Typically it has a ultimate tensile strength of up to 170,000 psi.  Another unique property is that its strength does not deteriorate in high temperature applications. This makes it ideal for use in aerospace especially engine components. \nThere are many metals much stronger than this.  Two stainless steels that come to mind are 17-4PH and 15-5PH which can achieve Ftu of 180,000 to 200,000 psi through heat treatment.\nInconel 625 which is used in the aerospace industry, typically in the production of high-strength fasteners used in critical joints can achieve ultimate shear strengths of 220,000 psi.\nIntermediate alloy steels such as 5Cr-Mo-V has an Ftu of up to 280 ksi.  Also low alloy steel such as AISI 4130 used in aircraft landing gear has extremely high bearing strength, tensile and compression strength.
366793
lots of materials' properties can be found. you can try this link..
807934
Typically when a material is refered to as strong, you are refering to its mechanical property can 'Tensile Strength' - How much force you can pull it with before it breaks.\n\nIt terms of what makes one material strong compared to another, is related to many factors - On a microscopic level, basically how easy it is for discontinuities in the material to move.\n\nWith reference to your concrete example, the reason concrete of a skyscraper is strong, primary is because it is steel reinforced; steel bars are embeded inside the concrete - The combination of steel and concrete is a good one because steel is very strong in tension (which concrete is not) but concrete is very good in compression.\n\nWhen you combine different materials like this, the resulting material is refered to as a composite. Composites presently are the best structural materials that we have; examples are fiberglass/polyester and  carbon/epoxy. Carbon/epoxy is extremely popular for aerospace structures because of its high strength and low weight, as well as its durability. When composites first appeared, they were very expensive and limited to really hi-tech applications like aerospace, but today you can find them everywhere - golf club shafts are commonly carbon/epoxy for example.
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Physical:\nLight and strong material. \n\nChemical:\nCorrosion resistant. Soluble in some acids. Has a high melting point.
911225
Engineering, plastics, metals. reinforcing bars.
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http://en.wikipedia.org/wiki/Strength_of_materials
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it typically depends on the carbon content of the steel...here is a link for the phase transformation diagram \n\nhttp://www.metalpass.com/metaldoc/general/phasecast_files/image001.jpg\n\nMaterial  Steel  \n  Steel is an alloy of iron and maximum 2.1% carbon. The strength increases with the contents of carbon. Low-carbon steel (less than 0.3 % carbon) is generally used for common industrial products such as nuts, sheets and tubes. \n\nMedium carbon steel (0.3 to 0.6 % carbon) is stronger than low carbon steel and used for automotive and machinery applications. \n\nHigh carbon steel (more than 0.6 % carbon), is strong, hard, and wear resistant and is used for cutting tools, springs and cutlery.  \n\nChemical symbol for iron (the dominant part of steel) is Fe, atomic number is 26, melting point is 1528 C, density 7.9.\nChemical symbol for carbon is C, atomic number is 6, density 2.3 (graphite).
171049
It doesn't have one. Young's Modulus is a material property relating stress and strain of a solid during elastic deformation. Water is a fluid and fluids don't "deform"; they take the shapes of their containers.
590034
Aluminium is very popular for its low weight properties. Thats why they use it in aviation and many other industries.
15347
Willow "is used as it is very tough and shock-resistant, not being significantly dented nor splintering on the impact of a cricket ball at high speed, while also being light in weight. It incorporates a wooden spring design where the handle meets the blade."
115208
engineered wood is stronger.