Influence of Variable Operating Modes of a Steam Turbine on the Growth of Creep Cracks in the Metal of Shell Parts Made of Austenitic SteelGLADSHTEIN, V. I.Thermal engineering. 2011, Vol 58, Num 9, pp 719-725, issn 0040-6015, 7 p.Article

The effect of prolonged operation on the high-temperature strength of the metal of the high-pressure cast bodies of valves and turbine casingsGLADSHTEIN, V. I.Thermal engineering. 2001, Vol 48, Num 4, pp 285-288, issn 0040-6015Article

Studying the operational reliability of the metal of parts cast of steel 15Kh1M1FL steel produced by electroslag remeltingGLADSHTEIN, V. I.Thermal engineering. 2007, Vol 54, Num 1, pp 48-54, issn 0040-6015, 7 p.Article

Prediction of time to rupture in the creep of cast heat-resistant steels according to conditions in the final stage of fracture of notched specimensGLADSHTEIN, V. I.Strength of materials. 1993, Vol 25, Num 11, pp 785-791, issn 0039-2316Article

Prediction of the long-term strength of pipeline metal taking account of crack development under creep conditionsGLADSHTEIN, V. I.Strength of materials. 1997, Vol 29, Num 1, pp 39-47, issn 0039-2316Article

The influence of the length of service on the growth of initial flaws in pearlitic-steel base parts under creepGLADSHTEIN, V. I.Thermal engineering. 1993, Vol 40, Num 6, pp 486-490, issn 0040-6015Conference Paper

Investigation of Service Characteristics of Casing Fasteners' Metal of 300-MW Steam Turbines Exhausted Their Rated Service LifetimeTROITSKII, A. I; GLADSHTEIN, V. I.Thermal engineering. 2009, Vol 56, Num 2, pp 164-170, issn 0040-6015, 7 p.Article

The service life and reliability of the metal of steam turbines at thermal power stationsREZINSKIKH, V. F; GLADSHTEIN, V. I.Thermal engineering. 2004, Vol 51, Num 4, pp 257-261, issn 0040-6015, 5 p.Article

Regenerative heat treatment of the casing members of high-pressure turbines with an exhausted fleet resourceGLADSHTEIN, V. I; LYUBIMOV, A. A.Thermal engineering. 2002, Vol 49, Num 4, pp 263-268, issn 0040-6015Article

Study of Reliability of the Metal of the Cast Valve Casing Made of Grade 20KhMFL Steel Subjected to Recovery Thermal Treatment after 250000 h of OperationGLADSHTEIN, V. I; TROITSKII, A. I.Thermal engineering. 2009, Vol 56, Num 2, pp 97-102, issn 0040-6015, 6 p.Article

Analyzing the Specific Features of Structural Transformations and Generalizing the Results of Restorative Thermal Treatment of Cast Shell Parts and Valves Carried Out in Different Modes under Industrial ConditionsLYUBIMOV, A. A; GLADSHTEIN, V. I.Thermal engineering. 2011, Vol 58, Num 6, pp 489-493, issn 0040-6015, 5 p.Article

The kinetics of in-service crack growth in the cast base members of turbinesGLADSHTEIN, V. I; PLOTNIKOV, V. P.Thermal engineering. 2000, Vol 47, Num 4, pp 303-307, issn 0040-6015Article

Crack resistance of heat-stable steel hardware in the operating temperature range: a comparative analysisGLADSHTEIN, V. I; BAZHINA, T. E; SHERBAUM, N. L et al.Thermal engineering. 1993, Vol 40, Num 5, pp 399-403, issn 0040-6015Article

An Experimental Study of the Tenacity Time of Samples Made of High-Chromium Rotor Steel for Assessing Its Long-Term StrengthGLADSHTEIN, V. I; PCHELINTSEV, A. V; CHISTYAKOVA, L. D et al.Thermal engineering. 2008, Vol 55, Num 2, pp 116-121, issn 0040-6015, 6 p.Article

Recovery heat treatment of casing parts during modernization of turbinesGLADSHTEIN, V. I; ERMOLAEV, V. V; SHKLYAR, A. I et al.Thermal engineering. 2007, Vol 54, Num 4, pp 262-266, issn 0040-6015, 5 p.Article