why does non ferrous metals do not have fatigue limit?
550877
Well my man fatigue limit cannot tend to infinity... you joking??????? anyways non ferrous metals have higher fatigue limit coz no other metal corrodes as fast as iron.... got it?
290962
All all of them bend, stretch and break. But glass has a very low capacity for bending, it is microscopical. Metal stretches, but it has a very low capacity and so on.
133760
The Iron content in Stainless steel is less than other steel alloy\nThe Cromium Content is more\nCr is not a ferromagnetic matter So Stainless steel is not ferromagnetic
417664
A number of reasons.\nMostly you are trasferring energy and the lowest form of energy is heat.\nSome of the energy will be used up in deforming the copper.\nSome will be a shock wave travelling down the copper and back and making the hammer "recoil." \nHeat is caused by friction and also a certain amount is caused by a sudden compression of the material. PV=NRT.
33498
Are you talking about steel? If so, each one has his own set of possible problems. Most of it depends on chemistry and what the end use is going to be. Take a look at ASTM and API specifications. You might find your answer there. A metallurgist can answer your question.
477130
Such a metal does not exists
162591
ferrous is magnetic and non-ferrous is not magnetic.
1040674
Well, technically, ferrous means "of iron".  So no, it's not ferrous :)\n\nIt is magnetic, however, though not as much as iron or other metals.
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.
419109
I don't remember the ordering, but there's probably some metal out there that won't react?  Gold, maybe?  For regular metal, that sounds a bit iffy.
206203
I think it's these metals chrome, cobalt, titanium, or ceramic materials can be used.  I think they have recalled ceramic because they were cracking though.
139793
High tensile strength steel...however there are other non-metals that are actually stronger...carbon fiber materials being one possibility.
854939
Usually mechanical joints cause localized stress risers. If the joints are not carefully engineered and fabricated, the stress risers will cause decreased fatigue resistance.\n\nIt's a rule of thumb, not a mathematical proof. A lightly-loaded structure with joints may be more fatigue-resistance than a heavily-loaded continuous structure. A well-designed joint with correct stress relief and correct fabrication is likely to be less of a problem than a sharp corner machined into a part, even if they both carry equal load.
779894
AlthoughO2 is a strong oxidizing agent, its oxidizing reactions are usually slow kinetically. Many flammable materials will exist in the presence of air until a flame or spark starts the reaction. The very electronegative nonmetals are poor reducing agents. \n\nF2 will oxidize all metals and most other substances. It must be stored in either nickel or copper containers because the fluorides of these metals form a film passivating the metal surface. \n\nFor more please visit:\nhttp://www.wou.edu/las/physci/ch412/nonmetal.htm
487659
Magnetic metals can be classified into two  - Soft & Hard materials. Soft metals does not have the capacity to retain magnetic force but Hard materials has the capability to retain the magnetic force so they are termed as Permanent Magnets.\n\nAll Steels comes under Soft magnetic Materials and Iron alos. But to be a Hard magnetic materials, the magnetic materials should posses some specific composition in Alloy form,  Iron is the basic Constitutient, Aluminium, Nickle, Cobalt, Neodymium Samarium as additional constitutients. These type of metals forming into an alloy would result as Magnetic metals
812501
Sorry I don't know any specific sites, but maybe I can give you a little more info to help you find info?\n\nUsually people use alloys because they have better properties than any of the metals it is made out of.  For example:\nstainless steel is iron with chromium in it.  It doesn't tarnish, rust or anything like that.\nbrass is copper and zinc
421541
Metals, Nonmetals, & Metalloids\n\nMost periodic tables contain a stairstep line which allows you to identify which elements are metals, nonmetals, and metalloids. Following are descriptions of each of the three types of materials.\n\nMetals\n\nMost elements are metals. 88 elements to the left of the stairstep line are metals or metal like elements.\n\nPhysical Properties of Metals:\n\nLuster (shininess) \nGood conductors of heat and electricity \nHigh density (heavy for their size) \nHigh melting point \nDuctile (most metals can be drawn out into thin wires) \nMalleable (most metals can be hammered into thin sheets) \nChemical Properties of Metals:\n\nEasily lose electrons \nCorrode easily. Corrosion is a gradual wearing away. (Example: silver tarnishing and iron rusting) \nNonmetals\n\nNonmetals are found to the right of the stairstep line. Their characteristics are opposite those of metals.\n\nPhysical Properties of Nonmetals:\n\nNo luster (dull appearance) \nPoor conductor of heat and electricity \nBrittle (breaks easily) \nNot ductile \nNot malleable \nLow density \nLow melting point \nChemical Properties of Nonmetals:\n\nTend to gain electrons \nSince metals tend to lose electrons and nonmetals tend to gain electrons, metals and nonmetals like to form compounds with each other. These compounds are called ionic compounds. When two or more nonmetals bond with each other, they form a covalent compound.\n\nMetalloids\n\nElements on both sides of the zigzag line have properties of both metals and nonmetals. These elements are called metalloids.\n\nPhysical Properties of Metalloids:\n\nSolids \nCan be shiny or dull \nDuctile \nMalleable \nConduct heat and electricity better than nonmetals but not as well as metals