1) slab sizing press
板坯定宽
1.
In order to study the draught pressure variation of the different deformed areas during slab sizing press, the slab sizing press finite element model was established, and the whole course of slab sizing press was simulated systematically.
为了研究板坯定宽过程中不同变形区内轧制力的变化情况,利用有限元的方法建立了板坯定宽有限元模型,系统地模拟了板坯定宽的全过程,得到轧制力随时间变化的规律,为制定板坯的侧压规程提供了理论依据。
2) wide slab
宽板坯
1.
Study on the optimization of flow field in wide slab casting mould by water modelling;
宽板坯连铸结晶器流场优化的水模拟研究
2.
Characteristics of wide slab caster and the control of slab quality;
宽板坯连铸机的特点与铸坯质量控制
3.
The longitudinal crack rate of peritectic steel is much higher than other steel grades since wide slab was put into production at Wide Plate/Coil Plant.
根据中厚板卷厂连铸宽板坯投产以来的生产实践,包晶钢的纵裂纹发生率远高于其它钢种。
3) thick and wide slab
宽厚板坯
1.
Technological features of thick and wide slab caster in Wuyang Steel;
舞钢新建宽厚板坯连铸机工艺技术特点
5) wide slab continuous casting
宽板坯连铸
1.
Based on the150 mm×(1 600～3 250) mm wide slab caster mold as investigating object,the level fluctuation in the mold of the wide slab continuous casting was simulated by a three dimensional finite-volume model(VOF) which had been formulated according to the commercial code ANSYS CFX10.
以150 mm×(1600~3 250)mm宽板坯连铸结晶器为研究对象,利用大型商业软件ANSYS CFX10。
2.
Based on four sectional width of wide slab continuous casting mold of a steelmaking plant in China,a water model with 1∶1 ratio was established,and according to the orthogonal test method,the influence of the different factors on the flow in the mold was studied,including hole numbers of SEN,argon gas injection of nozzle,immersion depth of nozzle,casting speed and sectional size of mold.
结合国内某钢厂宽板坯连铸结晶器的4种断面宽度,建立1∶1水模型,并结合正交试验方法,研究了浸入式水口的吐出孔数、水口吹气量、水口浸入深度、拉速和结晶器断面宽度等不同因素对结晶器流场的影响,得到了4种宽板坯连铸结晶器的最佳工况条件。
6) wide slab caster
宽板坯连铸
1.
Water model experiments on surface flow fluctuation patterns in wide slab caster mold;
宽板坯连铸结晶器内液面波动的水模型研究
2.
Taking 150 mm×1 600～3 250 mm wide slab caster mold as an investigating object,the fluid flow in the mold of wide slab continuous casting is simulated by a three dimensional finite-volume model,which has been formulated according to the commercial code ANSYS CFX10.
以150 mm×1 600~3 250 mm宽板坯连铸结晶器为研究对象,利用大型商业软件ANSYSCFX10。
补充资料：坯
分子式：
CAS号：
性质：成形后陶瓷器的通称。未经加工修整的坯为毛坯。经加工修整而未施釉的坯称为精坯、青坯或光坯。施釉的精坯称为釉坯。未经锻炼的精坯和釉坯统称生坯。未经施釉但已经素烧（较低温度下先烧一次）的坯称为素坯。陶瓷坯一般是指未经施釉而经高温烧结的坯体，又称为胎。
CAS号：
性质：成形后陶瓷器的通称。未经加工修整的坯为毛坯。经加工修整而未施釉的坯称为精坯、青坯或光坯。施釉的精坯称为釉坯。未经锻炼的精坯和釉坯统称生坯。未经施釉但已经素烧（较低温度下先烧一次）的坯称为素坯。陶瓷坯一般是指未经施釉而经高温烧结的坯体，又称为胎。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条