Trip相关论文
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脉络膜黑色素瘤（Choroidal Melanoma）是恶性黑色素瘤的第二常见形式,也是眼内最常见的恶性肿瘤类型,约占葡萄膜黑色素瘤（Uveal Melano......
The drive toward improved automotive fuel efficiency and vehicle "light-weighting" continues unabated,and competition ......
石油膨胀管是一种系统工程技术,它包括主干技术、支撑技术和井型技术.提出了一种强塑性K的概念,即用强度和塑性的乘积来表达膨胀管......
The paper deals with new market developments in the area of advanced high-strength steels (AHSS) like dual-phase,martens......
在大数据环境下进行数据库的档案化，需考虑数据库的自身特点、技术难度、时间管理成本、长期保存介质等多种技术因素。本文通过对TR......
采用CLNST引入的扰流气注入技术对连续波氟化氘/氟化氢化学激光器进行数值模拟研究。模拟其3维流场有化学反应,但不考虑激射的情况......
Over the last decade there has been increased research interest in the relationships between travel behavior and health,......
The verb“go” is one of the first verbs to learn in English， but many students make mistakes with it， especially in the p......
Task 1 Looking for the most popular summer programs for high school students this year？ Look no further. We reviewed a......
A while back I caught a news report on something called “couch surfing1” and the network of unbelievably trusting soul......
In October 1956, Ronnie, a Dutch woman married to a Canadian minister of religion, is on a tourist trip in Israel. On a ......
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采用ANSYS12.0有限元软件分别对TRIP钢和DP钢进行循环应力加载分析,利用Miner损伤累积准则,对TRIP钢和DP钢进行了疲劳使用寿命系数......
1林荫大道机油保养灯复位方法(1)将点火开关置于OFF位。(2)按住“TRIP”(行程)按钮。(3)将点火开关置于ON位。(4)松开“TRIP”(行......
高强度化是汽车用钢的发展方向，但同时需要解决因高强度化导致的塑性降低、加工困难、成本增加、服役寿命下降等问题。本文综述了近......
Two major drivers for the use of newer steels in the automotive industry is fuel efficiency and increased safety perform......
传统的TRIP590冷轧带钢因硅含量较高,表面质量很难达到高级轿车的要求。为了满足高级轿车对力学性能和表面质量的严格要求,通过硅......
回顾了过去10年发表的在扁平材中使用钒微合金化技术所取得的一些进步,并讨论了该技术在汽车用先进高强钢(AHSS)中的应用;探讨了该......
2011年11月21日，应法国TRIP协会主席Herve Hubert博士邀请，我乘坐中国国际航空公司的班机到达巴黎，准备参加他们的第六届“迈向开放的......
研究了残留奥氏体对热轧高强度薄钢板力学性能的影响。结果指出,残留奥氏体的量与稳定性两者都对钢板的力学性能有影响,残留奥氏体......
With the sublattice model, equilibrium compositions of ferrite (a) and austenite (7) phases, as well as the volume perc......
Suitable optimization and simulation were performed using a powerful software package with a mature database as well as ......
Thermomechanical controlled processing (TMCP) was conducted by using a laboratory hot rolling mill. Austempering in the ......
The bake hardening (BH) behavior of transformation-induced plasticity (TRIP) and dual-phase (DP) steels after different ......
Reasons for substution of Al and/or Si by P in TRIP steel were described.The details in thermodynamic and kinetic analys......
Influences of Thermal Martensites and Grain Orientations on Strain-induced Martensites in High Manga
Strain-induced martensites in high manganese TRIP/TWIP steels were investigated in the presence of thermal martensites a......
对18Mn-3Al-3Si和21Mn-3Al-3Si高锰TRIP/TWIP效应共生钢动态变形过程中的变形行为,应变硬化速率、真应力和应变硬化指数随真应变的......
本文采用层错能估算和相图计算的方法,通过增C降Mn的成分优选,设计了Fe-18Mn-0.528Si-0.6C(质量分数,%)实验钢,研究表明,该钢种在......
采用室温拉伸实验并结合SEM、TEM、XRD以及X射线应力仪原位测定技术,研究不同TRIP处理条件下的高强度TRIP钢的力学性能与显微组织......
老看大片也有腻味的时候,她在也有一些如清新空气般的小制作给我们的混沌身心来点调节!本片,一部公路轻喜剧《四仔旅行团》(ROAD ......
研究了热轧汽车用超细晶亚稳钢两相区温度630℃下退火时间对组织和力学性能的影响,利用SEM、TEM等方法对实验钢进行了组织结构表征......
将C-Si-Mn系TRIP钢通过完全淬火和两相区退火相结合的工艺,得到一种以退火马氏体为基体的TRIP钢(简称TAM钢),并对比分析了TAM钢在......
淬火-配分(Quenching and partitioning,Q&P)钢是一种新型高强塑积钢,在汽车领域应用前景广阔。本文阐述了Q&P钢成分、组织、工艺......
相变诱发塑性不锈钢是一种新型的超高强度不锈钢。它籍助相变诱发塑性(TRIP)的机制,克服了高强度和超高强度钢随着强度的提高而塑......
主要研究了高Al TRIP钢的显微组织与残余奥氏体的稳定性。通过光学显微镜、SEM、TEM观察了其微观组织。通过TEM观察了钢中马氏体与......
热轧TRIP钢具有优异的力学性能,热轧生产后经过酸洗处理可以直接用于汽车制造。采用Gleeble3500型热模拟试验机研究了C-Si-Mn-Nb系......
Analysis of the Transformation-induced Plasticity Effect during the Dynamic Deformation of High-mang
The transformation-induced plasticity(TRIP) effect and resistance characteristics to adiabatic shear failure at high str......
首钢京唐公司在生产2~5mm厚度规格TRIP590板卷时,板卷中心位置附近出现了大量裂纹缺陷,通过对该缺陷宏观形貌、金相组织以及微观形......
With many years residence in Kunming and from several geological trips to different parts in Yunnan, we have obtained s......
本文定量地研究了具有网状残留奥氏体淬火钢及硬质合金的断裂韧性,残留奥氏体及马氏体形态对断裂韧性的影响,以及网状残留奥氏体影......
