000			03374nam a22004577a 4500
001			NM002579
003			AR-HaUTN
005			20240930172231.0
007			ta
008			91120n ||||||||||||||000 | seng|d
020			_a0803124139
040			_aAR-HaUTN _cAR-HaUTN
080			_a539.4=111 ELE
245			_aElevated temperature effects on fatigue and fracture / _cEDITORS Robert P. Piascik, Richard P. Gangloff, AND Ashok Saxena.
260			_aDanvers : _bAmerican Society for Testing and Materials , _cC. 1997.
300			_a220 p. , _bil. byn, gráficos, tablas.
500			_aColección de artículos temáticos.
500			_aLa obra está organizada en dos partes: Creep crack growth y Fatigue.
505			_tCreep crack growth behaviour of aluminun alloy 2519 : Part I. Experimental analysis / _rB. Carter Hamilton , David E. Hall, Ashok Saxena, and David L. McDowell.
505			_tCreep crack growth behaviour of aluminun alloy 2519 : Part II. Numerical analysis / _rB. Carter Hamilton , David E. Hall, Ashok Saxena, and David L. McDowell.
505			_tA micromechanical model for creep damage and its application to crack growth in a 12% Cr steel / _rMatthias Sester, Ralf Mohrmann, and Hermann Riedel.
505			_tApplication of reference stress and probabilistic methodologies to assessing creep crack growth / _rG. Graham Chell, Chris J. Kuhlman, Harry R. Millwater, and David S. riha.
505			_tEnvironmentally enhanced crack, groth in nickel-based alloy at elevated temperatures / _rMing Gao, Shyuan-Fang chen, Gim Syang Chen, and Robert P. Wei.
505			_tAnalysis of the intergranular cracking process inside polycristalline heat-resistant materials under creep-fatigue conditions / _rNaoya Tada, Weisheng Zhou, Takayuki Kitamura, and Ryuichi Ohtani.
505			_tEffects of loading rate on creep crack growth during the succeeding load-hold period under trapezoidal fatigue waveshapes / _rKee Bong Yoon, Un Bong Baek, and Chang Min Suh.
505			_tAtmospheric influence on fatigue crack propagation in titanium alloys at elevated temperatures / _rChristine Sarrazin-Baudoux, Sandrine Lesterlin, and Jean Petit.
505			_tFatigue crack growth of two advanced titanium alloy at room and elevated temperature / _rTodd P. Albertson, Robert R. Stephens, and Thomas D. Bayha.
505			_tMicromechanical modeling of temperature-dependent initiation fracture toughness in advanced aluminum alloys / _rMichael J. Haynes, Brian P. Somerday, Cynthia L. Lach, and Richard P. Gangloff.
505			_tThe effect of thermal exposure on the fracture behavior of aluminum alloy intended for elevated temperature service / _rAnthony P. Reynolds and Roy E. Crooks.
505			_tOxidation and mechanical damage in a unidirectional SiC/Si₃N₄ composite at elevated temperature / _rFan Yang, Ashok Saxena, and Thomas L. Starr.
650	2	7	_aFATIGA (MATERIALES) _2Tesauro SPINES _94234
650	2	7	_aPROPIEDADES DE RUPTURA _2Tesauro SPINES _95273
650	2	7	_aPROPIEDADES MECÁNICAS _2Tesauro SPINES _94235
650	2	7	_aPROPIEDADES TERMOFÍSICAS _2Tesauro SPINES _95274
653			_aIngeniería aeronáutica
653			_aEstructuras aeronáuticas III
700			_aPiascik, Robert P. _94512 _eeditor
700			_aGangloff, Richard P. _94513 _eeditor
700			_aSaxena, Ashok _94514 _eeditor
942			_cBK _2udc
999			_c2579 _d2579