High-temperature operative-weldable corrosion-resistant nickel-base cast alloy engineering applied for cast in block nozzle units production
Copyright policy )High-temperature operative-weldable corrosion-resistant nickel-base cast alloy engineering applied for cast in block nozzle units production
In accordance with the developed algorithm of a comprehensive analytical solution method (CASM), a modern high-temperature corrosion-resistant nickel-base cast alloy ЖС3ЛС-М has been designed for the cast in block nozzle units (NU) production, exhibiting high-temperature strength σ40975 = 180–200 MPa at the same level as the industrial high-temperature noncorrosion-resistant alloy ВЖЛ12Э, as well as its operative weldability and corrosion-resistance are equal to the industrial corrosion-resistant weldable alloy ЖС3ЛС values.
По алгоритму разработанной комплексной расчетно-аналитической методики (КРАМ) спроектирован новый литейный жаропрочный коррозионностойкий никелевый сплав ЖС3ЛС-М для изготовления цельнолитых сопловых аппаратов (СА), обладающий жаропрочностью σ40975 = 180–200 МПа на уровне промышленного жаропрочного некоррозионностойкого сплава ВЖЛ12Э, а также технологической свариваемостью и коррозионной стойкостью на уровне промышленного свариваемого коррозионностойкого сплава ЖС3ЛС.
литейные жаропрочные никелевые сплавы (ЖНС), параметры работоспособности, методика (КРАМ), регрессионная модель (РМ), регрессионное уравнение (РУ), служебные свойства, технологическая свариваемость., high-temperature nickel-base cast alloys (HTNA), performance parameters, CASM-technique, regression model (RM), regression equation (RE), service properties, operative weldability
литейные жаропрочные никелевые сплавы (ЖНС), параметры работоспособности, методика (КРАМ), регрессионная модель (РМ), регрессионное уравнение (РУ), служебные свойства, технологическая свариваемость., high-temperature nickel-base cast alloys (HTNA), performance parameters, CASM-technique, regression model (RM), regression equation (RE), service properties, operative weldability
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