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Matches in DBpedia 2016-04 for { <http://dbpedia.org/resource/Reference_point_indentation> ?p ?o }

• Reference_point_indentation abstract "Reference Point Indentation (RPI) refers to a specialized form of indentation testing. RPI utilizes a unique method of measurement by establishing a relative reference point at the location of measurement. This unique capability makes it possible to measure materials that are in motion, oddly shaped, visco-elastic, or that may be coated or covered by another, softer material.Unlike traditional indentation testing, RPI testing uses the location of measurement as the relative displacement reference position. Indentation itself is perhaps the most commonly applied means of testing the mechanical properties of materials. The technique has its origins in the Mohs scale of mineral hardness, in which materials are ranked according to what they can scratch and are, in turn, scratched by. The characterization of solids in this way takes place on an essentially discrete scale, so much effort has been expended in order to develop techniques for evaluating material hardness over a continuous range. Hence, the adoption of the Meyer, Knoop, Brinell, Rockwell, and Vickers hardness tests. More recently (ca. 1975), nanoindentation techniques have been established as the primary tool for investigating the hardness of small volumes of material. However, even more recently (ca. 2006), interest in measuring functional roles of biomaterials drove the development of the Reference Point Indentation technique.New research in field such as biomaterials has led scientists to begin considering materials as complex systems that behave differently than the constituent parts. For example, materials like bone are hierarchical and made of many components including calcium, collagen, water, and non-collagenous proteins. Each of these components has unique material properties. When combined to form bone, the function of the tissue is different than any one constituent. Understanding this mechanical system is becoming a new field of research called Materiomics. RPI specifically aims to aid materiomics researchers understand the functional capabilities of these types of materials at a relevant length-scale.".
• Reference_point_indentation thumbnail Load_v_disp.JPG?width=300.
• Reference_point_indentation wikiPageID "25995445".
• Reference_point_indentation wikiPageLength "12825".
• Reference_point_indentation wikiPageOutDegree "51".
• Reference_point_indentation wikiPageRevisionID "701037096".
• Reference_point_indentation wikiPageWikiLink Atomic-force_microscopy.
• Reference_point_indentation wikiPageWikiLink BioDent.
• Reference_point_indentation wikiPageWikiLink Biomaterial.
• Reference_point_indentation wikiPageWikiLink Bone.
• Reference_point_indentation wikiPageWikiLink Calcium.
• Reference_point_indentation wikiPageWikiLink Cartilage.
• Reference_point_indentation wikiPageWikiLink Category:Materials_science.
• Reference_point_indentation wikiPageWikiLink Category:Materials_testing.
• Reference_point_indentation wikiPageWikiLink Collagen.
• Reference_point_indentation wikiPageWikiLink Cornea.
• Reference_point_indentation wikiPageWikiLink Diamond.
• Reference_point_indentation wikiPageWikiLink Discrete_mathematics.
• Reference_point_indentation wikiPageWikiLink Dynamic_phase-change.
• Reference_point_indentation wikiPageWikiLink Elasticity_(physics).
• Reference_point_indentation wikiPageWikiLink Energy_dissipated.
• Reference_point_indentation wikiPageWikiLink In_vivo.
• Reference_point_indentation wikiPageWikiLink Indentation_distance.
• Reference_point_indentation wikiPageWikiLink Instrumented_indentation.
• Reference_point_indentation wikiPageWikiLink Intervertebral_disc.
• Reference_point_indentation wikiPageWikiLink List_of_materials_properties.
• Reference_point_indentation wikiPageWikiLink Materiomics.
• Reference_point_indentation wikiPageWikiLink Micrometer.
• Reference_point_indentation wikiPageWikiLink Micrometre.
• Reference_point_indentation wikiPageWikiLink Microscopy.
• Reference_point_indentation wikiPageWikiLink Mohs_scale_of_mineral_hardness.
• Reference_point_indentation wikiPageWikiLink Multi-Mode_AFM.
• Reference_point_indentation wikiPageWikiLink Muscle.
• Reference_point_indentation wikiPageWikiLink Nanoindentation.
• Reference_point_indentation wikiPageWikiLink Newton_(unit).
• Reference_point_indentation wikiPageWikiLink Non-collagenous_proteins.
• Reference_point_indentation wikiPageWikiLink OsteoProbe.
• Reference_point_indentation wikiPageWikiLink Paul_K._Hansma.
• Reference_point_indentation wikiPageWikiLink Relative_stiffness.
• Reference_point_indentation wikiPageWikiLink Scanning_electron_microscope.
• Reference_point_indentation wikiPageWikiLink Sclera.
• Reference_point_indentation wikiPageWikiLink Structural_load.
• Reference_point_indentation wikiPageWikiLink Tan_delta.
• Reference_point_indentation wikiPageWikiLink Tendon.
• Reference_point_indentation wikiPageWikiLink University_of_California,_Santa_Barbara.
• Reference_point_indentation wikiPageWikiLink Viscoelasticity.
• Reference_point_indentation wikiPageWikiLink Water.
• Reference_point_indentation wikiPageWikiLink Yield.
• Reference_point_indentation wikiPageWikiLink Youngs_modulus.
• Reference_point_indentation wikiPageWikiLink File:Load_v_disp.JPG.
• Reference_point_indentation wikiPageWikiLinkText "Reference point indentation".
• Reference_point_indentation date "January 2016".
• Reference_point_indentation url "http://www.readbag.com/mansic-eu-documents-pam1-bull".
• Reference_point_indentation wikiPageUsesTemplate Template:Copypaste.
• Reference_point_indentation wikiPageUsesTemplate Template:Refbegin.
• Reference_point_indentation wikiPageUsesTemplate Template:Refend.
• Reference_point_indentation wikiPageUsesTemplate Template:Reflist.
• Reference_point_indentation subject Category:Materials_science.
• Reference_point_indentation subject Category:Materials_testing.
• Reference_point_indentation comment "Reference Point Indentation (RPI) refers to a specialized form of indentation testing. RPI utilizes a unique method of measurement by establishing a relative reference point at the location of measurement.".
• Reference_point_indentation label "Reference point indentation".
• Reference_point_indentation sameAs m.011f0n39.
• Reference_point_indentation wasDerivedFrom Reference_point_indentation?oldid=701037096.
• Reference_point_indentation depiction Load_v_disp.JPG.
• Reference_point_indentation isPrimaryTopicOf Reference_point_indentation.