Its applications include; cutting tools, male molds, mining tools, milling cutters, wire drawing dies drills, and female molds among others.

The last one is yield strength which is the amount of stress required for metal to shift from elastic deformation to plastic deformation.

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This is a silver-white metal that is very rare and therefore expensive. It falls into a category of metal referred to as lanthanides and is arguably the strongest in the group. It is not mined in its pure form but extracted from lutetium trichloride.

This is a gray sometimes blue-white metal that is equally hard and brittle. It is derived from alloy metals for example platinum. This element is one of the densest elements that is naturally occurring.

Chromium alloys also have varying strengths for example cobalt-chromium alloys have tensile strengths ranging from 145 and 270 MPa. Its yield strength falls between 470 to 1600 MPa. Its applications include strengthening steel, metal ceramics, chrome plating, production of alloys, refractories, foundries, and magnetic tape.

You can determine its impact strength using the Charpy Values test. Depending on its composition steel has a varying range of impact strength including;

The element is a shiny greyish-white transitional metal. It has a high resistance to heat and corrosion and I very ductile. This element is derived from a mineral known as zircon. The metals are also malleable and ductile.

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One of the stronger vanadium alloys is the ferrovanadium which incorporates iron. Its tensile strength is approximately 1200 MPa. Its impact strength can range from as low as 2.80 j/cm2 to as high as 13.91 J/cm² depending on the exact composition of the alloy.

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Its applications include; nuclear reactors, industrial applications, medical and dental, ceramics and refractory materials, antiperspirants and lotions, production of abrasives.

The difference between the strongest metal and the weakest metal is, strength is largely dependent on their chemical structure and composition. These metals are often amalgamated with other elements to increase tier strength as well as other properties.

Its alloys that contain various percentages of other elements will have varying strengths depending on the structure and makeup of the alloy. Its applications include; electrical applications and appliances, industrial applications, aerospace, defense, research, and development.

This is the strongest metal on earth. The metal has a greyish-white shiny appearance. It is extremely dense which allows it to resist extreme temperatures as high as 3422ᵒC.

Its applications include; medical applications, industrial applications, nuclear energy, and electronic and optical devices.

Lutetium’s applications include; the petroleum industry, electronics components, used in cancer therapy, and impurity sensors in metallurgical and denture production.

Metals are a categorization of select elements distinguishable by their polish, adaptability, and conductivity. They have various advantageous properties of varying degrees that make these elements highly sought after in different fields.

The strength of a metal is quantified using a few parameters. These include impact strength which gauges how much impact a metal can withstand without breaking.

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Applications of vanadium include; making steel alloys, space vehicles, nuclear reactors, and aircraft carriers, the medical industry, ceramics as a pigment, and dies.

Its alloy also has different strengths, that vary with the composition of the added elements included in the alloy as well as the element’s strengths. For example, if you look at titanium carbide, you will realize that the metal is an incredibly strong alloy.

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Titanium is a silver-white metal. It is a lightweight metal, resistant to corrosion, with a high melting point. It is among one of the most commonly found metal elements on earth. Despite Its low density, it has a high strength.

This is a transition metal that is a blue-gray transition. It is a very good conductor of heat and electricity. It is also highly resistant to corrosion.

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The different alloys have varying strengths such as Zircaloy-4, whose yield strength is approximately 381 MPa and its tensile strength of about 514 MPa zirconium hydride, its yield strength of 709 MPa and tensile strength of 998 MPa.

Steel is one of the strongest amalgamations of iron and carbon. It has many superior properties including its high strength, durability, malleability, resistance to corrosion, and versatility. It also has a relatively high resistance to high temperatures.

Steel yield strength also varies with the composition and preparation of the resulting alloy; examples of different types of steel’s yield strengths include;

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The compressive strength of steel ranges from 250 MPa to 1500 MPa depending on the method of preparation and the exact makeup of the alloy. Its applications include; aerospace and automotive, construction, transportation, energy, industrial application, packaging, and art among others.

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You can use this metal in many applications such as fountain pen tips, instrument pivots, electrical contacts, abrasive and polish lens polishing, jewelry, alloying agents, catalysts, and the nuclear industry.

Again, you should realize that the purity of the metal directly affects its strength. As such the same metal may have varying strengths depending on the grade.

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The tensile strength of steel varies with these factors. Examples of the tensile strength of the different of steel include;

The applications include; the medical field, aerospace industry, chemical, desalination plants, ships, submarines, and jewelry among others.

Chromium is one of the hardest metals. It is steel grey and shiny and with a high melting point with an increased resistance to corrosion. Its different strengths vary depending on the composition of the element.

This is a rare silver-white earth metal. It is naturally found oxidized and has to be processed to obtain its pure form. The metal is ductile as well as malleable. It is highly toxic but can align with magnetic resonance imaging also known as MRI.

This is a transition metal that is silver-grey. Vanadium is not commonly found in its pure state but it is derived from plenty of other elements. It also has a low neutron-absorbing properties.

The alloy is made with varying compositions and processes which alter its properties depending on the makeup of the final product.