Theory of Stresses Application and Management at Elevated Temperatures

Subjects Metallurgy of Iron and Steel Phase Transformation and Properties of Iron and Steel Structure of Metals and Stresses Static Loads and Stresses Dynamic Loads and Stresses Performance under Creep Fatigue and its Consequences Design Concepts for Shafts and Cylindrical Vessels Stress Distribution in Solid and Hollow Thick Cylinders under Internal/External Pressure Centrifugal Stresses in Rotating Components Stress Distribution in Turbine Discs Stress Analysis and Design of Pressure Vessels and Pressure Parts for High Temperature Application Basic Design of Shafts Design of Turbine Rotors Design of Shafts Vibrations in Machinery Components Turbine Blade Vibration Flexure Analysis and Stress Distribution under Combined Bending and Torsional Loading Thermal Properties and Theory of Heart Transfer within the Material and Development of Thermal Stresses Theory of Heat Transfer Theory and Design of Thermal Monitoring System Failure Analysis Application of Failure Theories and Fatigue Phenomenon Failure Dynamics Monitoring and Management of Stresses in Modern Steam Turbines