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...rt description|One of the failure mechanisms in fiber-reinforced composite materials}} ...| author=WJ Cantwell, J Morton | title=The impact resistance of composite materials -- a review | journal=Composites | year=1991 | volume=22 | issue=5 | pages= ...

...into final products. The use of electroplasticity to improve processing of materials is known as electrically assisted manufacturing. ...fect [[Electron|electrons]] which dictate the [[Chemical bond|bonding]] in materials and therefore all higher level phenomena such as dislocation motion, flow s ...

...ng the mechanical behavior of a broad class of pressure-sensitive granular materials such as soil, concrete, porous metals and ceramics. ...al example is that of the hardening of a power specimen by [[Compaction of ceramic powders|compaction]] and [[sintering]] during which the material changes fr ...

...sed approach to predict the increase in [[toughness]] in two-phase ceramic materials due to crack [[Deflection (engineering)|deflection]].<ref>{{Cite journal |l ...he findings provide a basis for designing high-toughness two-phase ceramic materials, with a focus on optimizing particle shape and volume fraction.<ref name=": ...

A '''jet mill''' [[grinder (milling)|grinds]] materials by using a high speed jet of compressed air or inert gas to impact particle ...2006">{{cite book|author1=Mohamed Rahaman|author2=Mohamed N. Rahaman|title=Ceramic Processing|url=https://books.google.com/books?id=GC85CKs7URkC&pg=PA41|date= ...

...eology)|rock]]s, and [[concrete]], over a range of [[strain rate]]s. Such materials usually have high compressive strength but low tensile strength and tend to ...t, T. J., 1994, ''An improved computational constitutive model for brittle materials'', '''High-Pressure Science and Technology''', American Institute of Physic ...

...e that reveals internal stresses in [[Aluminium oxide|alumina]]-containing materials, particularly [[thermal barrier coating]]s (TBCs). A typical procedure invo ...{Cite book|url=https://www.worldcat.org/oclc/877049498|title=Comprehensive materials processing|date=2014|publisher=Elsevier|others=Hashmi, Saleem., Batalha, Gi ...

{{Short description|Assembly of layers of fibrous composite materials}} ...erties, including in-plane stiffness, [[bending stiffness]], [[Strength of materials|strength]], and [[coefficient of thermal expansion]]. ...

...pecially in the area of high performance materials. The most important pre-ceramic polymers are polysilanes {{chem2|[R2Si\sSiR2]_{''n''}|}}, polycarbosilanes ...lar structure of polysilazanes.<ref name="MW">"Polysilazanes" in Inorganic Materials by Markus Weinmann, Eds. Roger DeJaeger and Mario Gleria, 2007, {{ISBN|978- ...

...s a constituent of a [[composite material]]<ref>{{Cite web|title=COMPOSITE MATERIALS AND STRUCTURES|url=http://www.ae.iitkgp.ac.in/ebooks/chapter2.html|access-d ...nated or layered structure is usually constituted in continuous reinforced materials. The continuous and woven fiber styles are usually available in various for ...

...uare law|inversely with the square]] of the [[grain size]] so fine-grained materials creep faster than coarser-grained ones.<ref name="doitpoms.ac.uk">{{cite we ...=Arsenault|first1=R.J.|title=Plastic Deformation of Materials: Treatise on Materials Science and Technology|publisher=Academic Press}}</ref> ...

...chott AG|SCHOTT Corporation]] developed in 1984. It is a technical [[glass-ceramic]] which can be structured without [[photoresist]] when it is exposed to [[s | style="background:#E0E0E0" align="left" colspan='8'| Ceramic-state (ceramized at 560&nbsp;°C) ...

...el used to describe sliding wear and is based on the theory of [[asperity (materials science)|asperity]] contact.<ref>{{Cite journal |last=Archard |first=J. F. The resistance of materials and structures to abrasion can be measured by a variety of [[test method]]s ...

...for crack extension as a function of crack length in a given material. For materials that can be modeled with [[Fracture Mechanics#Linear elastic fracture mecha ...is energetically favorable. A complication to this process is that in some materials, <math>G_R</math> is not a constant value during the crack extension proces ...

...of rehydroxylation in fired-clay ceramics| journal=Journal of the American Ceramic Society | volume=95 | issue=9 | pages=2673–2678 | year= 2012 | doi=10.1111/ [[File:Anglo-Saxon ceramic loomweight (FindID 548610).jpg|thumb|196x196px|An example of Anglo-Saxon lo ...

...echanical advantages. These designs are often inspired by natural cellular materials such as plant and [[bone tissue]] which have superior [[mechanical efficien ...thermal heating. Similar deposition techniques can also be used to create ceramic structures. ...

...ref name=":03">{{Cite book|title = Manufacturing Processes for Engineering Materials|last = Kalpakjian|first = Serope|publisher = Pearson Education, Inc.|year = ...}}</ref> is typically used on [[Brittleness|brittle]] materials as well as materials with a high [[hardness]] due to the microcracking mechanics. ...

...of these factors depend on the chemical properties of the surfaces of the materials used. The material properties of cookware, such as hydrophobicity, surface == Materials in cooking == ...

...plasticity is important in toughening of metals and long-chain polymers. [[Ceramic]]s have limited crack tip plasticity and primarily rely on different toughe ...is given by:<ref name=":0">Courtney, T. H. (2005). Mechanical Behavior of Materials. United States: Waveland Press, Inc.</ref> ...

...ing [[fluid]]s, or [[fuel]]. The treatment forms a protective [[cermet or ceramic-metal]] [[coating]] on the friction metal parts of the mechanisms directly ...izant act as a [[catalyst]] for creating the metal [[carbide]] of coupling materials. ...