The mechanisms of the degradation of hot forging tools and several mathematical models
for the theoretical evaluation of them are described. Examples of abrasive wear, oxidization …

Modelling of metal forming processes is an essential task of production engineering. Due to
the latest technological developments, a huge variety of models is already available and …

This research is conducted to study the thermal fatigue resistance of different hot-work tool
steels; AISI H11 and H13, special tool steel and 18% Ni maraging steel. The maraging steel …

The investigation of aluminium alloy die casting die failures was done with the emphasis on
thermal cracks. The aim of the study was to prolog the in-service die life by cladding with …

High pressure die casting (HPDC) die is operated at severe conditions such as high
pressure, high temperature and corrosion, which limit its service life. Analysis of failure …

The die casting die is heated and cooled rapidly in the process of die casting, which is easy
to produce thermal fatigue cracks, which will lead to fatigue fracture, damage, and ultimately …

Since the reform and opening up more than 30 years ago, automobile industry, as the pillar
industry of national economy in our country, has played an important role in improving the …

In this study, the selective laser surface melting and laser surface alloying technologies were
adopted to improve the thermal fatigue resistance of medium carbon hot-work die steel …

Heat treatment on the mechanical properties of H13 hot working die steel for die casting is
discussed. The H13 steel for die casting was treated by different temperatures of vacuum …

Thermally-induced fatigue cracking of steel dies is one of the most common failures in die
casting industry. Based on a modified universal slopes equation, a new fatigue life …