1) plastizing energy consumption
塑化能耗
1.
By using well know ? uid f inite element analysis software POLYFLOW, analyzed the effect of these four factors on plastizing energy consumption of plastic injection machine, and identified the order of the factors affecting plastizing uniproducing energy consumption, which provide a basis for the design of energy- saving s.
对注塑螺杆计量段槽深h3、长度L3、螺距S和螺杆与机筒内壁间隙δ四个因素建立正交试验表,通过著名的流体有限元分析软件Polyflow分析了它们对注射机塑化能耗的影响,给出了对塑化单产能耗影响因素的大小顺序,为设计节能型螺杆提供了依据。
2) plastizing uniproducing energy consumption
塑化单产能耗
1.
Experimental study of the impact of screw parameters on plastizing uniproducing energy consumption of injection molding machine;
螺杆参数对注射机塑化单产能耗影响的实验研究
3) plastic energy dissipation
塑性能耗
4) plastic energy consumption
塑性耗能
1.
This paper sets up the plastic energy consumption and tensile functions of the ideal rigid plastic steel wire and lath under large curvature tension bending.
建立了理想刚塑性钢条、板条在大曲率拉弯过程中的塑性耗能量函数与拉力函数。
5) Elasto-Placstic Dissipated Energy
弹塑性耗能
6) plastic dissipation energy
塑性耗散能
1.
Through adjusting the parameters of applied mode of explosive load and support conditions,some results such as response of middle span displacement,failure modes,relationship between Mises stress of middle span and time were obtained for different conditions,as well as the change of plastic dissipation energy in the I-shaped beam.
通过调整爆炸荷载的施加方式和工字钢梁支座边界等参数,得到了爆炸荷载作用下,工字钢梁在不同条件下的跨中位移响应、破坏形态、跨中Mises应力变化与时间的关系和梁中塑性耗散能的变化,并对结果进行了分析比较。
补充资料：塑化水泥
分子式：
CAS号：
性质：又称塑化水泥。硅酸盐水泥粉磨时掺加少量塑化剂而成的水泥。常用的塑化剂是含有木质素磺酸钙的亚硫酸盐纸浆废液，掺加量以干基计一般为水泥重量的0.15％～0.25％(质量)。它具有较好的可塑性，在拌制混凝土时可降低水灰比或节约水泥用量，以及改善抗冻性。用于混凝土和钢筋混凝土工程。
CAS号：
性质：又称塑化水泥。硅酸盐水泥粉磨时掺加少量塑化剂而成的水泥。常用的塑化剂是含有木质素磺酸钙的亚硫酸盐纸浆废液，掺加量以干基计一般为水泥重量的0.15％～0.25％(质量)。它具有较好的可塑性，在拌制混凝土时可降低水灰比或节约水泥用量，以及改善抗冻性。用于混凝土和钢筋混凝土工程。
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