THE EXPERIMENTAL AND THEORETICAL STUDY ON THE APPLICATION OF THE MODIFIED θ PROJECTION EQUATION TO THE REMAINING CREEP LIFE ASSESSMENT OF 10 CrMo910 STEEL IN NIANCZIGUAN POWER PLANT
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THE EXPERIMENTAL AND THEORETICAL STUDY ON THE APPLICATION OF THE MODIFIED θ PROJECTION EQUATION TO THE REMAINING CREEP LIFE ASSESSMENT OF 10 CrMo910 STEEL IN NIANCZIGUAN POWER PLANT
Thermal Power GenerationIssue 4, Pages: 36-41(2000)
作者机构:
国家电力公司热工研究院,西安,710032
作者简介:
基金信息:
DOI:
CLC:TH114
Published:2000
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THE EXPERIMENTAL AND THEORETICAL STUDY ON THE APPLICATION OF THE MODIFIED θ PROJECTION EQUATION TO THE REMAINING CREEP LIFE ASSESSMENT OF 10 CrMo910 STEEL IN NIANCZIGUAN POWER PLANT[J]. Thermal power generation, 2000, (4): 36-41.
DOI:
THE EXPERIMENTAL AND THEORETICAL STUDY ON THE APPLICATION OF THE MODIFIED θ PROJECTION EQUATION TO THE REMAINING CREEP LIFE ASSESSMENT OF 10 CrMo910 STEEL IN NIANCZIGUAN POWER PLANT[J]. Thermal power generation, 2000, (4): 36-41.DOI:
THE EXPERIMENTAL AND THEORETICAL STUDY ON THE APPLICATION OF THE MODIFIED θ PROJECTION EQUATION TO THE REMAINING CREEP LIFE ASSESSMENT OF 10 CrMo910 STEEL IN NIANCZIGUAN POWER PLANT
The experimental and theoretical study on the application of the modified θ projection equation to the remaining creep life assessment of 10 CrMo910 steel show that the predicted creep curves by modified θ Projection equation are in a good agreement with the tested creep deformation data. The thermodynamics theory has been used to clarify the relationship among the 3 parameters in the equation
the applied stress and activation energy. It indicated that the tested creep data at high stress could be applied to extrapolate the creep curve at low stress.The predicted Creep strain of the main steam pipe in Niangziguan power plant was in good agreement with its actual strain. The equation could also describe the relationship of actual deformation versus the service time. This could provide the theoretical basis for the pipe deformation monitoring.
APPLICATION OF THICKNESS-DETECTING TECHNOLOGY FOR OXIDE-SCALE ON INNER SIDE OF TUBES TO PREVENT HIGH-TEMPERATURE SUPERHEATER IN A BOILER FROM TUBE-BURSTING
DEVELOPMENT AND APPLICATION OF SERVICE-LIFE MANAGEMENT TECHNOLOGY FOR IMPORTANT PARTS OF THERMAL POWER PLANTS
EVALUATION OF RESIDUAL SERVICE LIFE FOR HIGH-TEMPERATURE FASTENING BOLTS
EVALUATION OF MICROSTRUTURE PROPERTY FOR 10CrMo910 MAIN STEAM PIPING NO.1 OF UNIT NO4 IN NIANGZIGUAN POWER PLANT
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