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1 fluctuating stresses
- fluctuating stresses
- nпеременные напряжения; цикличные [циклические] напряжения ( одного знака)
Англо-русский строительный словарь. — М.: Русский Язык. С.Н.Корчемкина, С.К.Кашкина, С.В.Курбатова. 1995.
Англо-русский словарь строительных терминов > fluctuating stresses
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2 fluctuating stresses
1) Строительство: переменные напряжения, цикличные напряжения (одного знака), циклические напряжения (одного знака)2) Железнодорожный термин: переменное напряжение -
3 fluctuating stresses
Англо-русский железнодорожный словарь > fluctuating stresses
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4 fluctuating stresses
• пулсиращо напрежениеEnglish-Bulgarian polytechnical dictionary > fluctuating stresses
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5 fluctuating stresses
* * *переменные напряжения; цикличные [циклические] напряжения ( одного знака) -
6 fatigue strength under fluctuating stresses
English-german engineering dictionary > fatigue strength under fluctuating stresses
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7 range for fluctuating stresses
English-german engineering dictionary > range for fluctuating stresses
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8 resistance to fluctuating stresses
English-german engineering dictionary > resistance to fluctuating stresses
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9 fatigue strength under fluctuating bending stresses
fatigue strength under fluctuating bending stresses MET Biegedauerfestigkeit f im Schwellbereich (DIN 50 100 – Dauerschwingversuch)English-german engineering dictionary > fatigue strength under fluctuating bending stresses
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10 range for fluctuating compressive stresses
English-german engineering dictionary > range for fluctuating compressive stresses
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11 range for fluctuating tensile stresses
English-german engineering dictionary > range for fluctuating tensile stresses
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12 stress
1) (механическое) напряжение; напряжённое состояние; условное напряжение2) нагрузка, усилие3) гидроудар4) воздействие5) нагрузка на единицу площади, интенсивность нагрузки, удельная нагрузка•- actual stress - admissible stress - advancing load stress - allowable stress - alternate stress - applied stress - arch stress - axial stress - bar stress - basic stress - bearing stress - belt stresses - bending stress - blow stress - bond stress - braking stress - breaking stress - calculated stress - chord stress - circular symmetrical stress - combined stress - completely reversed stresses - complex stress - compressive stress - compressive stress in bending - concrete stress - constant stress - cooling stress - couple stress - crack stress - crackforming stress - crippling stress - critical stress - critical compressive stress - cross-bending stress - cyclical stresses - dead stress - dead-load stress - design stress - direct stress - discontinuity stress - downward stress - dynamic stress - ecological stress - edge stress - effective stress - elastic stress - engineering stress - erection stress - external stress - fabrication stress - failing stress - fatigue stress - fatigue limit stress - fibre stress - final stress - flexural stress - floor stress - fluctuating stresses - friction-induced stress - functional stress - gravity stress - ground stress - handling stress - heat stress - hoist stresses - hoop stress - horizontal stress - impact stress - indirect stress - induced stress - inherent stresses - initial stress - intermediate stress - internal stress - jacking stress - lateral stress - limiting maximum stress - linear stress - live load stress - load stress - local stresses - locked-up stresses - longitudinal stress - mechanical stress - net stress - neutral stress - normal stress - operating stress - operational stress - permissible stress - plane stress - point-load stress - primary stress - principal stresses - proof stress - radial stress - reinforcement stresses - relaxation of stresses - repeated stresses - residual stress - reverse stress - rupture stress - safe stress - secondary stress - shearing stress - shock stress - simple stress - snow load stress - specific stress - static stress - subsidiary stress - surface stress - sustained stress - sway stress - tangential stress - temperature stress - tensile stress - thermal stress - thermal stress on structure - three-dimensional stress - time-dependant stress - torsional stress - total stress - transverse stress - true stress - twisting stress - ultimate stress - uniaxial stress - unit stress - unsafe stress - varying stress - vibratory stress - volumetric stress - water stress - wave stress - welding stress - wheel-load stress - wind stress - working stress - yield stress - yield point stressstress due to prestress — усилие ( в бетоне), вызванное предварительным напряжением
* * *1. (внутреннее) усилие, внутренняя сила2. (механическое) напряжение3. нагрузка на единицу площади, интенсивность нагрузки, удельная нагрузкаstress acting away from the joint — усилие ( в элементе фермы), действующее от узла
stresses arising from bending and axial loading — напряжения, возникающие от поперечного изгиба и действия продольных сил
stress constant across the section — напряжение, постоянное по всему сечению
stress due to prestress — усилие обжатия бетона; напряжение в бетоне, вызванное обжатием
stresses due to wind forces — напряжения от сил ветра, напряжения от ветровой нагрузки
stresses induced by loads — напряжения, вызванные нагрузкой [нагружением] ( в отличие от температурных напряжений)
stress in reinforcement — напряжение [усилие] в арматуре
stresses in truss components [in truss members] — усилия в стержнях [элементах фермы]
stress resolved into two components — напряжение, разложенное на две составляющие
stress varying from point to point — напряжение, меняющееся от точки к точке ( сечения элемента)
- actual stressstresses with the elastic limit — напряжения, не превышающие предела упругости; напряжения в упругой области
- additional stress
- allowable stress
- allowable unit stress
- alternate stress
- anchorage bond stress
- average stress
- axial stress
- bar stress
- bearing unit stress
- bearing stress
- belt stress
- bending stress
- bending failure stress
- biaxial stress
- blow stress
- bond stress
- bottom-chord stress
- boundary stress
- breaking stress
- buckling stress
- calculated stress
- circumferential unit stress
- circumferential stress
- combined stresses
- combined bearing, bending, and shear stresses
- combined shear and bending stress
- compression stress
- compressive stress in bending
- concentrated-load stress
- constant stress
- crack-inducing stress
- crippling stress
- critical stress
- crushing stress
- cycle stress
- dead load stress
- design stress
- development bond stress
- deviation stress
- deviator stress
- direct stress
- drying shrinkage stresses
- dynamic stress
- edge stress
- effective stress
- equivalent stress
- erection stress
- extreme fiber stress
- extreme stress
- failure stress
- fatigue stress
- fiber stress
- final stress
- flexible stress
- floor stress during operation
- floor stress when climbing
- flow stress
- fluctuating stresses
- fracture stress
- freezing stresses
- gravity stress
- handling stresses
- high localized stresses
- hoop stress
- hydrostatic stress
- ideal main stress
- impact stresses
- initial stresses
- intergranular stress
- intermediate principal stress
- jacking stress
- larger principal stress
- limiting stresses permitted in the standard
- linearly varying stresses
- live-load stress
- local stresses
- local bond stress
- longitudinal stress
- main stress
- maximum stress
- maximum allowable stress
- maximum shearing stress
- mean stress
- mean cycle stress
- mean fatigue stress
- membrane stresses
- meridian stress
- negative normal stress
- neutral stress
- normal stress
- octahedral normal stress
- octahedral shear stress
- peak stress
- permissible stress
- plate stresses
- point-load stress
- positive normal stress
- primary stress
- principal stresses
- principal tensile stress
- proof stress
- proof stress at 0.2 percent set
- pulsating stress
- radial stress
- radial shearing stress
- reduced main stress
- reinforcement stress
- repeated stress
- residual stress
- reversed stress
- rupture stress
- safe stress
- secondary stresses
- service stress
- settlement stresses
- shear stress
- shear stresses on oblique planes
- shear buckling stress
- shearing stress
- shrinkage-related stress
- shrinkage stress
- smaller principal stress
- spherical stress
- splitting tensile stress
- static stress
- surface stress
- tangential stress
- temperature stress
- temporary stress
- tensile stress
- tensile stress due to bending
- thermal stress
- timber stresses
- time-dependent stress
- top-chord stress
- torsional stress
- total stress
- transverse bending stress in flange
- true stress
- truss stresses
- truss stresses determined by method of sections
- twisting stress
- ultimate stress
- ultimate shear stress
- ultimate tensile stress
- unit stress
- unit stress produced by design loads
- unrelieved stress
- working stress
- yield stress -
13 stress
- stress
- n1. (внутреннее) усилие, внутренняя сила
2. (механическое) напряжение
3. нагрузка на единицу площади, интенсивность нагрузки, удельная нагрузка
stress acting away from the joint — усилие ( в элементе фермы), действующее от узла
stresses arising from bending and axial loading — напряжения, возникающие от поперечного изгиба и действия продольных сил
stress constant across the section — напряжение, постоянное по всему сечению
stress due to prestress — усилие обжатия бетона; напряжение в бетоне, вызванное обжатием
stresses due to wind forces — напряжения от сил ветра, напряжения от ветровой нагрузки
stresses induced by loads — напряжения, вызванные нагрузкой [нагружением] ( в отличие от температурных напряжений)
stress in reinforcement — напряжение [усилие] в арматуре
stresses in truss components [in truss members] — усилия в стержнях [элементах фермы]
stress resolved into two components — напряжение, разложенное на две составляющие
stress varying from point to point — напряжение, меняющееся от точки к точке ( сечения элемента)
stresses with the elastic limit — напряжения, не превышающие предела упругости; напряжения в упругой области
- actual stress
- additional stress
- allowable stress
- allowable unit stress
- alternate stress
- anchorage bond stress
- average stress
- axial stress
- bar stress
- bearing unit stress
- bearing stress
- belt stress
- bending stress
- bending failure stress
- biaxial stress
- blow stress
- bond stress
- bottom-chord stress
- boundary stress
- breaking stress
- buckling stress
- calculated stress
- circumferential unit stress
- circumferential stress
- combined stresses
- combined bearing, bending, and shear stresses
- combined shear and bending stress
- compression stress
- compressive stress in bending
- concentrated-load stress
- constant stress
- crack-inducing stress
- crippling stress
- critical stress
- crushing stress
- cycle stress
- dead load stress
- design stress
- development bond stress
- deviation stress
- deviator stress
- direct stress
- drying shrinkage stresses
- dynamic stress
- edge stress
- effective stress
- equivalent stress
- erection stress
- extreme fiber stress
- extreme stress
- failure stress
- fatigue stress
- fiber stress
- final stress
- flexible stress
- floor stress during operation
- floor stress when climbing
- flow stress
- fluctuating stresses
- fracture stress
- freezing stresses
- gravity stress
- handling stresses
- high localized stresses
- hoop stress
- hydrostatic stress
- ideal main stress
- impact stresses
- initial stresses
- intergranular stress
- intermediate principal stress
- jacking stress
- larger principal stress
- limiting stresses permitted in the standard
- linearly varying stresses
- live-load stress
- local stresses
- local bond stress
- longitudinal stress
- main stress
- maximum stress
- maximum allowable stress
- maximum shearing stress
- mean stress
- mean cycle stress
- mean fatigue stress
- membrane stresses
- meridian stress
- negative normal stress
- neutral stress
- normal stress
- octahedral normal stress
- octahedral shear stress
- peak stress
- permissible stress
- plate stresses
- point-load stress
- positive normal stress
- primary stress
- principal stresses
- principal tensile stress
- proof stress
- proof stress at 0.2 percent set
- pulsating stress
- radial stress
- radial shearing stress
- reduced main stress
- reinforcement stress
- repeated stress
- residual stress
- reversed stress
- rupture stress
- safe stress
- secondary stresses
- service stress
- settlement stresses
- shear stress
- shear stresses on oblique planes
- shear buckling stress
- shearing stress
- shrinkage-related stress
- shrinkage stress
- smaller principal stress
- spherical stress
- splitting tensile stress
- static stress
- surface stress
- tangential stress
- temperature stress
- temporary stress
- tensile stress
- tensile stress due to bending
- thermal stress
- timber stresses
- time-dependent stress
- top-chord stress
- torsional stress
- total stress
- transverse bending stress in flange
- true stress
- truss stresses
- truss stresses determined by method of sections
- twisting stress
- ultimate stress
- ultimate shear stress
- ultimate tensile stress
- unit stress
- unit stress produced by design loads
- unrelieved stress
- working stress
- yield stress
Англо-русский строительный словарь. — М.: Русский Язык. С.Н.Корчемкина, С.К.Кашкина, С.В.Курбатова. 1995.
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14 stress
1) (механическое) напряжение || вызывать напряжение, напрягать3) нагрузка; усилие4) воздействие•to induce stress — вызывать напряжение, напрягать;to remove stress — устранять [снимать\] напряжение;to take stress — воспринимать напряжение-
actual stress
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allowable stress
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alternate stress
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axial stress
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bearing stress
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bending stress
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biaxial stress
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breakdown voltage stress
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breaking stress
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buckling stress
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bursting stress
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cleavage stress
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combined stress
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complex stress
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composite stress
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compound stress
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compressional stress
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compression stress
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compressive stress
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couple stress
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crack tip stress
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crippling stress
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cyclic stresses
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design stress
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dielectric stress
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direct stress
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dislocation locking stress
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docking stresses
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drag stress
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dynamic stress
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dynamic yield stress
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ecological stress
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edge stress
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effective stress
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elastic stress
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elastic-plastic stress
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electric stress
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electrostrictive stress
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engineering stress
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environmental stress
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erection stress
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Euler crippling stress
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failing stress
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fiber stress
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final stress
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flexural stress
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flow stress
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fluctuating stress
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fracture arrest stress
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functional stress
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heat stress
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hogging stresses
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homogeneous stress
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hoop stress
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horizontal stress
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hull girder stresses
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impact stress
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inception voltage stress
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induced stress
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inherent stress
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initial stress
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instantaneous stress
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interfacial shear stress
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internal stress
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jacking stress
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limit stress
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linear stress
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local stress
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longitudinal stress
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magnetostrictive stress
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net stress
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normal stress
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notch stress
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operating voltage stress
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permissible stress
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plane stress
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potential stress
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principal stress
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proof stress
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remote stress
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residual stress
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reversed stress
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Reynolds stress
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safe stress
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sagging stresses
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shearing stress
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shear stress
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shrinkage stress
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simple stress
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slamming stresses
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springing stresses
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static stress
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still-water stresses
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strata stress
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sustained stress
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tangential stress
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tectonic stresses
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temperature stress
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tensile stress
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thickness stress
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three-dimensional stress
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torsional stress
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triaxial stress
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turbulent stress
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twisting stress
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two-dimensional stress
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ultimate stress
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uniaxial stress
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unit stress
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voltage stress
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volumetric stress
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water stress
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wave-induced stresses
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wave stresses
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wind stress
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working stress
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working voltage stress
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yield stress -
15 Wöhler, August
SUBJECT AREA: Metallurgy[br]b. 22 June 1819 Soltau, Germanyd. 21 June 1914 Hannover, Germany[br]German railway engineer who first established the fatigue fracture of metals.[br]Wöhler, the son of a schoolteacher, was born at Soltau on the Luneburg Heath and received his early education at his father's school, where his mathematical abilities soon became apparent. He completed his studies at the Technical High School, Hannover.In 1840 he obtained a position at the Borsig Engineering Works in Berlin and acquired there much valuable experience in railway technology. He trained as an engine driver in Belgium and in 1843 was appointed as an engineer to the first Hannoverian Railway, then being constructed between Hannover and Lehrte. In 1847 he became Chief Superintendent of rolling stock on the Lower Silesian-Brandenhurg Railway, where his technical abilities influenced the Prussian Minister of Commerce to appoint him to a commission set up to investigate the reasons for the unusually high incidence of axle failures then being encountered on the railways. This was in 1852, and by 1854, when the Brandenburg line had been nationalized, Wöhler had already embarked on the long, systematic programme of mechanical testing which eventually provided him with a clear insight into the process of what is now referred to as "fatigue failure". He concentrated initially on the behaviour of machined iron and steel specimens subjected to fluctuating direct, bending and torsional stresses that were imposed by testing machines of his own design.Although Wöhler was not the first investigator in this area, he was the first to recognize the state of "fatigue" induced in metals by the repeated application of cycles of stress at levels well below those that would cause immediate failure. His method of plotting the fatigue stress amplitude "S" against the number of stress cycles necessary to cause failure "N" yielded the well-known S-N curve which described very precisely the susceptibility to fatigue failure of the material concerned. Engineers were thus provided with an invaluable testing technique that is still widely used in the 1990s.Between 1851 and 1898 Wöhler published forty-two papers in German technical journals, although the importance of his work was not initially fully appreciated in other countries. A display of some of his fracture fatigue specimens at the Paris Exposition in 1867, however, stimulated a short review of his work in Engineering in London. Four years later, in 1871, Engineering published a series of nine articles which described Wöhler's findings in considerable detail and brought them to the attention of engineers. Wöhler became a member of the newly created management board of the Imperial German Railways in 1874, an appointment that he retained until 1889. He is also remembered for his derivation in 1855 of a formula for calculating the deflections under load of lattice girders, plate girders, and other continuous beams resting on more than two supports. This "Three Moments" theorem appeared two years before Clapeyron independently advanced the same expression. Wöhler's other major contribution to bridge design was to use rollers at one end to allow for thermal expansion and contraction.[br]Bibliography1855, "Theorie rechteckiger eiserner Brückenbalken", Zeitschrift für Bauwesen 5:122–66. 1870, "Über die Festigkeitversuche mit Eisen und Stahl", Zeitschrift für Bauwesen 20:73– 106.Wöhler's experiments on the fatigue of metals were reported in Engineering (1867) 2:160; (1871) 11:199–200, 222, 243–4, 261, 299–300, 326–7, 349–50, 397, 439–41.Further ReadingR.Blaum, 1918, "August Wöhler", Beiträge zur Geschichte der Technik und Industrie 8:35–55.——1925, "August Wöhler", Deutsches biographisches Jahrbuch, Vol. I, Stuttgart, pp. 103–7.K.Pearson, 1890, "On Wöhler's experiments on alternating stress", Messeng. Math.20:21–37.J.Gilchrist, 1900, "On Wöhler's Laws", Engineer 90:203–4.ASD -
16 stress
1. напряжение2. усилие3. нагрузкаadmissible stress — допускаемое [допустимое] напряжение
allowable stress — допустимое [допускаемое] напряжение
alternating stress — знакопеременное напряжение
asymmetric reversed stress — знакопеременное несимметричное напряжение
average unit stress — среднее удельное напряжение
axial stress — 1) одноосное [линейное] напряжённое состояние 2) одноосное напряжение
bearing stress — напряжение смятия
bending stress — изгибающее усилие, напряжение при изгибе, напряжение изгиба
biaxial stress — двухосное [плоское] напряжённое состояние
bond stress — напряжение сцепления [связи]
breaking stress — разрушающее [разрывающее] напряжение
buckling stress — напряжение при продольном изгибе
bursting stress — разрушающее напряжение ( при разрыве внутренним давлением)
combined stress — 1) сложное напряжённое состояние 2) полное напряжение ( в сложном напряжённом состоянии)
compression stress — 1) сжимающее напряжение [усилие] 2) напряжение при сжатии
compressive stress — 1) напряжение при сжатии 2) сжимающее напряжение [усилие]
contraction stress — 1) усадочное напряжение 2) сжимающее напряжение
cooling stress — напряжение, возникающее при охлаждении
couple stress — моментное напряжение
creep stress — предел ползучести
critical buckling stress — критическое напряжение при продольном изгибе
design stress — расчётное напряжение
effective stress — эффективное напряжение
elastic stress — упругое напряжение, напряжение ниже предела упругости
elastic-plastic stress — упруго-пластическое напряжение
estimated stress — расчётное напряжение
fatigue stress — усталостное напряжение
fiber stress — напряжение в волокне, продольное напряжение
flexural stress — напряжение при изгибе
flow stress — напряжение пластического течения; напряжение, вызывающее пластическую деформацию
fluctuating stress — знакопеременное напряжение
fracture stress — напряжение разрыва
glass-filament-resin shrinkage stress — усадочное напряжение стекловолокна со смолой
hardening stress — закалочное напряжение
heat stress — температурное [термическое] напряжение
hoop stress — растягивающее напряжение центробежного происхождения, окружное напряжение
impact stress — 1) напряжение при ударе 2) ударная нагрузка
interfacial shear stress — сдвиговое напряжение поверхности раздела
interlaminar shear stress — межслойное сдвиговое напряжение
lower yield stress — нижний предел текучести
macroresidual stress — макроскопическое остаточное напряжение
macroscopic residual stress — макроскопическое остаточное напряжение
matrix stress — напряжение матрицы
matrix shear flow stress — критическое напряжение сдвига матрицы
matrix shear yield stress — критическое напряжение сдвига матрицы
microscopic residual stress — микроостаточное напряжение
microresidual stress — микроостаточное напряжение
microyield stress — напряжение, вызываемое микротекучестью ( материала)
multiaxlal stresses — 1) сложное напряжённое состояние 2) многоосные напряжения
permissible unit stress — допускаемое [допустимое] напряжение
plane stress — плоское напряжённое состояние
principal stress — главное напряжение
pulling stress — растягивающее напряжение, напряжение при растяжении
pulsating stress — пульсирующее напряжение
pure stress — линейное напряжённое состояние
radial stress — радиальное напряжение
residual stress — остаточное напряжение
reversed stress — знакопеременное напряжение ( при симметричных циклах)
rupture stress — разрушающее напряжение
safe stress — допускаемое [допустимое] напряжение
shearing stress — 1) напряжение сдвига [среза] 2) касательное [скалывающее, тангенциальное] напряжение
shearing yield stress — критическое напряжение сдвига
shock stress — напряжение при ударе, ударная нагрузка
shrinkage stress — усадочное напряжение
static stress — напряжение при статической нагрузке, статическое напряжение
static design stress — расчётное статическое напряжение
tangential stress — тангенциальное [касательное, скалывающее] напряжение
temperature stress — температурное [термическое] напряжение
tensile stress — растягивающее напряжение, напряжение при растяжении
tensile yield stress — предел текучести при растяжении
thermal stress — термическое [температурное] напряжение
thermal-residual stress — термическое остаточное напряжение
thermo-elastic stress — термоупругое напряжение
thermo-elastic plastic stress — термоупругое пластическое напряжение
thermo-viscoelastic stress — термовязко-упругое напряжение
three-dimensional stress — трёхосное [объёмное] напряжённое состояние
torsional stress — напряжение при кручении
transverse stress — напряжение при поперечном изгибе
transverse shearing stress — напряжение при поперечном срезе
triaxial stress — трёхосное [объёмное] напряжённое состояние
true fracture stress — истинное напряжение при разрушении, истинный предел прочности
ultimate stress — предел прочности
ultimate compressive stress — предел прочности при сжатии
ultimate shear stress — предел прочности при сдвиге
ultimate tensile stress — предел прочности при растяжении
uniaxial tensile stress — растягивающее напряжение при одноосном нагружении
unit stress — единица напряжения, удельное напряжение, усилие на единицу площади
upper yield stress — верхний предел текучести
vibration stress — знакопеременное напряжение ( при симметричных циклах)
volumetric stress — трёхосное [объёмное] напряжённое состояние
yield stress — напряжение, вызывающее текучесть; предел текучести
English-Russian dictionary of aviation and space materials > stress
См. также в других словарях:
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