本研究之主題為觀察高鉻高碳含量之AISI 440C 麻田散鐵系不銹鋼在經過深冷處理後,
以透鏡狀麻田散鐵的微結構組織為主. 而根據穿透式電子顯微鏡(TEM) 觀察之結果 …

An innovative multistage heat treatment, that combines Bainitization and Quenching &
Partitioning processes (BQ&P) can be applied to obtain multiphase microstructure …

Effects of peening direction on the reverse transformation induced by the shot-peening for
the Fe-33 mass% Ni alloy with large amount of martensite (α') are investigated. When the …

In this work, a new framework for the simulation of shape memory alloys (SMA) and TRIP
steels undergoing martensite-austenite phase-transformations is introduced. The goal is the …

In this study, the influence of Ti content on the microstructure of the martensite bcc α'), which
was formed by thermal effect, was investigated by scanning electron microscope and …

This paper analyzes the constitution of martensite volume fraction, that is, the size-
distribution of martensite units in quenched-transformed austenite in the microstructure. We …

The martensitic transformation is one of the most important phenomena in metals science
due to its essential contribution to the strength of steels and most engineering alloys. Yet the …

The deformation-induced martensitic transformation is a phenomenon that significantly
improves the mechanical properties of steels, and is well known to be beneficial for the …

This study investigated the substructure evolution in lenticular martensite. The substructure
of lenticular martensite changes from fine transformation twins in the midrib and twinned …

The substructures and crystallographic features of martensite in 1.01 C high-carbon steel
were investigated using transmission electron microscopy and electron backscatter …