The experimental results show that the tensile strength is the main quality characteristic of spheroidized annealed steel wires,and that the spheroidized annealing temperature and prolonged12345NextCited by 10Publish Year 2018Author Jingxiong Liu,Hanning Xiao,Wenming Guo,Pengzhao Gao,Jianjun LiangImprovement of the Mechanical Properties of 1022 Carbon Aug 01,2016·Improvement of the Mechanical Properties of 1022 Carbon Steel Coil by Using the Taguchi Method to Optimize Spheroidized Annealing Conditions Yang,Chih-Cheng Liu,Chang-Lun
Cited by 29Publish Year 2013Author Yi Xiong,Tiantian He,Zhiqiang Guo,Hongyu He,Fengzhang Ren,Alex A.VolinskyImprovement of water resistance and mechanical properties
Full Article.Improvement of Water Resistance and Mechanical Properties of Fast-growing Poplar with Bio-based Isobornyl Methacrylate Monomer.Ji Xu,a,b Zhaolan Zhai,a Xingyan Yan,a Zhanqian Song,a Shibing Shang,a and Xiaoping Rao a,c,* Fast-growing poplar has become an extensively planted fast-growing forest tree species because of its short plantation rotation,lightweight character Cited by 2Publish Year 2019Author Xinsheng Huang,Yasumasa Chino,Hironori Ueda,Masashi Inoue,Futoshi Kido,Toshiharu MatsumotoSpheroidization of SiC powders and their improvement on ·The improvement in the performance of SiC porous ceramics from spheroidized powder was attributed to tighter stacking of spherical SiC particles.After sintering at 1800 °C,the open porosity,average pore diameter,and bending strength of SiC porous ceramics prepared from spheroidized SiC powder were 39%,2803.4 nm,and 66.89 MPa,respectively.Hence,SiC porous ceramics prepared from spheroidizedCited by 5Publish Year 2016Author Chih-Cheng Yang,Chang-Lun Liu(PDF) Improvement of the Mechanical Properties of 1022 spheroidized annealing conditions to improve the mechanical properties of steel wires for cold forming.The results show that the spheroidized annealing temperature and prolonged heating time
Cited by 5Publish Year 2016Author Chih-Cheng Yang,Chang-Lun LiuMicrostructure and mechanical properties of spheroidized
Dec 08,2020·The microstructures and mechanical properties of a low-alloy medium-carbon steel with a duplex microstructure composed of nanoscale spheroidized carbides inCited by 5Publish Year 2016Author Chih-Cheng Yang,Chang-Lun LiuOptimization of Spheroidized Process Parameters foroptimum spheroidized annealing conditions to improve the mechanical properties of steel wires for cold forming  and,with the new spheroidizing parameter settings,the performance measures were effectively improved over their value at the original settings.The quality ofCited by 5Publish Year 2016Author Minwook Kim,Jung-Ho Shin,Young Choi,Seok-Jae LeeImprovement of the Mechanical Properties of 1022spheroidized annealing conditions to improve the mechanical properties of steel wires for cold forming.The results show that the spheroidized annealing temperature and prolonged heating time have the greatest effect on the mechanical properties of steel wires.A comparison between the results
The morphology of T6 heat-treated A356 was changed in which the irregular eutectic phase was converted into spheroidized Si particles as a result of precipitation of silicon particles caused by solution treatment and artificial aging.The microstructural changes result in significant improvement in A356 mechanical properties.Improvement of Mechanical Properties of Spheroidized 1045 The volume fraction of cementite was found to be a key factor that affected the mechanical properties of spheroidized steels.Further tests showed that sequential spheroidization by induction andImprovement of Mechanical Properties of Spheroidized 1045 The volume fraction of cementite was found to be a key factor that affected the mechanical properties of spheroidized steels.Further tests showed that sequential spheroidization by induction and furnace heat treatments enhanced elongation within a short spheroidization time,resulting in better mechanical properties.
spheroidized annealing conditions to improve the mechanical properties of steel wires for cold forming.The experimental results show that the tensile strength is the main qualityImprovement of Microstructure,Mechanical Property and The microstructure,mechanical property and corrosion behavior of gravity casting and centrifugal casting Mg9Li3Al1Ca alloy were investigated.The results indicate that the Mg9Li3Al1Ca alloy is mainly composed of -Mg phases,-Li phases and Al2Ca phases.After centrifugal casting,the blocky and elongated -Mg phases of the gravity casting alloy can be refined and Improvement of mechanical properties of extruded AZX912 High mechanical strength was maintained with an improvement in ductility when increasing the solution treatment temperature up to 510 °C.The extruded alloy solution-treated at 510 °C exhibited a superior balance between mechanical strength and ductility,with a high ultimate tensile strength of 367 MPa and a good elongation of 16.8%.
Oct 14,2019·For achieving flame-retardant AZX912 magnesium alloy with superior mechanical properties,cast ingots were solution-treated at different temperatures of 420525 °C prior to extrusion at 280 °C.With increasing solution treatment temperature,brittle Al2Ca intermetallic compound changed from a network-like morphology to a spheroidized shape,with an increase in hardness and becameImprovement of the Mechanical Properties of 1022 Carbon Improvement of the Mechanical Properties of 1022 Carbon Steel Coil by Using the Taguchi Method to Optimize Spheroidized Annealing Conditions 1.Introduction.A cold-heading-quality alloy steel rod is used to manufacture wire for cold heading.Generally,the 2.Experiment Design.AISI 1022 low Improvement of the Mechanical Properties of 1022 Carbon The results show that the spheroidized annealing temperature and prolonged heating time have the greatest effect on the mechanical properties of steel wires.
Effects of Rapid Thermal Annealing on the Structural,Electrical,and Optical Properties of Zr-Doped ZnO Thin Films Grown by Atomic Layer Deposition.Next Article in Special Issue.Formation and Entrapment of Tris(8-hydroxyquinoline)aluminum from 8-Hydroxyquinoline in Anodic Porous Alumina.Materials Science Engineering AHowever,the mechanical properties were not studied in detail in Ref..In the previous study ,anultrane(aþy) microduplex structure was fabricated by warm cross-wedge rolling (WCWR) at the surface layer of high carbon steel rod,where equiaxed a grain size was about 0.4 mm and the fully spheroidized y particles were 0.10.2 mm in Microstructural characteristics and mechanical properties Dec 15,2011·The trace reinforcements can accelerate the spheroidization of by accelerating the extent of diffusion and then the microstructural homogeneity is promoted.The composite manifests excellent comprehensive mechanical properties due to the microstructural improvement and the effect of the trace reinforcements.
The mechanical properties of the deformed material was an ultimate tensile strength of 2045 MPa,yield strength of 1886 MPa and elongation percentage of 0,98%.Table no 1 and Figure no 7 show the results of the tensile tests conducted on the annealed material at the times of 10,20 and 30 min.Microstructure and mechanical properties of spheroidized The development in the fastener industry raises the need for steel wire coils.Optimization in Spheroidized Annealing of Two AISI 1022 ,spheroidized annealing temperature and prolonged heating time are the significant factors,however,for wire W B,spheroidized annealing temperature and furnace cooling time are the significant factors to influence the mechanical properties of steel wires.Keywords spheroidized annealing,forming quality,tensile strength,Taguchi method.1.
Mechanical properties Other properties/ Strength characteristics Tensile strength (ultimate Formability strength) Dmwability Yield strength Stretchability Spheroidized annealed,cold drawn 620 90 485 70 10 45 183 1064 Hot rolled 670 97 370 53.5 12 30 201 Title PYV Costing,PrincipalLocation Vietnam500+ connectionsEffect of Spheroidizing Annealing on Microstructure and The effects of holding time during both austenitizing and spheroidizing on microstructure and mechanical properties of high-carbon martensitic stainless steel 8Cr13MoV were experimentally studied.The results showed that the amount of carbides and the proportion of fine carbides decrease first and then increase with the increase in austenitizing time ( t <SUB>1</SUB>) in the case of short