compressive

listen to the pronunciation of compressive
English - Turkish
bastıran
sıkıştırıcı
sıkıştıran
tazyik edici
sıkıştırıc
{s} baskılı
{s} basınçlı
kompresif
compressive load
basınç yükü
compressive strength
(Jeoloji) sıkışma dayanımı
compressive strength
(Havacılık) basma dayanımı
compressive strength
(Askeri,İnşaat) basınç mukavemeti
compressive strength
basınç dayanımı
compressive strength
(Mekanik) sıkıştırma dayanımı
compressive stress
(Jeoloji) sıkışma
compressive stress
(İnşaat,Teknik) basınç gerilmesi
compressive force
basınç kuvveti
compressive load
sıkıştırıcı yük
compressive shrinkage
sıkıştırmalı çektirme
compressive shrinking machine
sıkıştırmalı çektirme makinası
compressive strain
basınç deformasyonu
compressive strength
basınç direnci
compressive stress
sıkıştırıcı zorlama
Compressive sensing
Sıkıştırmalı algılama
compressive force
itme kuvveti
compressive force
(Jeoloji,Teknik) sıkıştırıcı kuvvet
compressive shrinkage
(Teknik,Tekstil) kompresif çektirme
compressive shrinking machine
(Tekstil) sıkıştırmalı çektirme makinesi, kompresif çektirme makinesi
compressive strength
(Askeri) BASINÇ MUKAVEMETİ; BASINÇ DİRENCİ: Yapı elemanlarının basınç altında gösterdiği mukavemet (kg/cm2 veya lb/inc kare)
compressive stress
sıkışma (serbest basınç) gerilmesi
concrete compressive strength class
beton basınç dayanımı sınıfı
confined compressive strength
sınırlı kompresif güç
ultimate compressive strength
enson basınç dayanımı
unconfined compressive test
serbest basınç testi
uniaxial compressive strength
tek eksenli basınç dayanımı
uniaxial compressive strength
tek eksenli sıkışma
English - English
{s} compacting, condensing; tending to compress
Compressing, or having power or tendency to compress; as, a compressive force
compressive strength
The property of a material that relates to its ability to resist compression loads
Compressive sampling
(Mühendislik) Compressed sensing, also known as compressive sensing, compressive sampling and sparse sampling, is a technique for finding sparse solutions to underdetermined linear systems. In engineering, it is the process of acquiring and reconstructing a signal utilizing the prior knowledge that it is sparse or compressible. The field has existed for at least four decades, but recently the field has exploded, in part due to several important results by David Donoho, Emmanuel Candès, Justin Romberg and Terence Tao
Compressive sensing
(Mühendislik) Compressed sensing, also known as compressive sensing, compressive sampling and sparse sampling, is a technique for finding sparse solutions to underdetermined linear systems. In engineering, it is the process of acquiring and reconstructing a signal utilizing the prior knowledge that it is sparse or compressible. The field has existed for at least four decades, but recently the field has exploded, in part due to several important results by David Donoho, Emmanuel Candès, Justin Romberg and Terence Tao
compressive sensing
Originally proposed by Emmanuel Candes and Terrence Tao, compressive sensing aims to sample signals sparsely in transform domains. The sparse samples may be decoded into the original signal under certain conditions
compressive strength
The resistance of a material to breaking under compression
compressive strength
The maximum stress (MPa) recorded during the test
compressive strength
The property of a material that confers resistance to a crushing force
compressive strength
the ability of materials and components to resist deformation or other damage caused by the weight of compression of either live or dead loads
compressive strength
the stress developed at 5 or 10 percent strain in a uniaxial test
compressive strength
A measure of the resistance of a material to a crushing load Measured in pounds/square inch or megapascals
compressive strength
crushing a load at failure divided by the original sectional area of the specimen
compressive strength
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
compressive strength
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
compressive strength
Maximum resistance of a concrete specimen to axial compressive loading
compressive strength
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
compressive strength
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
compressive strength
Crushing load at the failure of a specimen divided by the original sectional area of the specimen
compressive strength
The amount of compressive load at failure of a specimen in relation to its cross-sectional area
compressive strength
Resistance to a crushing or buckling force, the maximum compressive load a specimen sustains divided by its original cross-sectional area
compressive strength
The ability of a material to support a load For example, concrete usually has a compressive strength of 3000-4000 psi
compressive strength
The stress a given material can withstand when compressed Described in ASTM D-695
compressive strength
The average value of the crushing strengths of a sample of bricks tested to assess load bearing capability
compressive strength
Crushing load at failure divided by the original sectional area of the specimen
compressive strength
ability to withstand a crushing force
compressive strength
The load sustained by a test specimen in a compressive test divided by the original area of the specimen
compressively
by means of compaction; through compaction
compressive
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