sıkıştırma dayanımı

listen to the pronunciation of sıkıştırma dayanımı
Турецкий язык - Английский Язык
(Mühendislik) compressive strength
The property of a material that relates to its ability to resist compression loads
The resistance of a material to breaking under compression
The maximum stress (MPa) recorded during the test
The property of a material that confers resistance to a crushing force
the ability of materials and components to resist deformation or other damage caused by the weight of compression of either live or dead loads
the stress developed at 5 or 10 percent strain in a uniaxial test
A measure of the resistance of a material to a crushing load Measured in pounds/square inch or megapascals
crushing a load at failure divided by the original sectional area of the specimen
The degree of resistance of a material to a force acting along one of its axes in a manner tending to collapse it Usually expressed in pounds of pressure per square inch (psi) of surface affected
This number describes how much of a non-moving load a bar can take before it is crushed Units are normally thousands of pounds per square inch (103 psi) - Mega Pascals (mPa) Higher numbers indicate stronger materials which can withstand a heavier load before they break
Maximum resistance of a concrete specimen to axial compressive loading
The maximum compressive stress that a material is capable of developing, based on original area of cross section If a material fails in compression by a shattering fracture, the compressive strength has a very definite value If a material does not fail in compression by shattering fracture, the value obtained for compressive strength is an arbitrary value depending upon the degree of distortion that is regarded as indicating complete failure of the material
A material's ability to resist a force that tends to crush or buckle; maximum compressive load a specimen sustains divided by the specimen's original cross-sectional area
Crushing load at the failure of a specimen divided by the original sectional area of the specimen
The amount of compressive load at failure of a specimen in relation to its cross-sectional area
Resistance to a crushing or buckling force, the maximum compressive load a specimen sustains divided by its original cross-sectional area
The ability of a material to support a load For example, concrete usually has a compressive strength of 3000-4000 psi
The stress a given material can withstand when compressed Described in ASTM D-695
The average value of the crushing strengths of a sample of bricks tested to assess load bearing capability
Crushing load at failure divided by the original sectional area of the specimen
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