To overcome the disadvantages of the phenomenological constitutive model, which is
sensitive to data and limited by model structure and assumptions, and to enhance the …

The flow behavior and microstructure change of the Ti-55511 alloy are investigated by
thermal compression experiments with stepped strain rates. The phase transformation …

The two-phase titanium alloy Ti–10 V–5Al-2.5 Fe-0.1 B was taken as the experimental
material, and thermal compression experiments were carried out at a deformation …

Microstructure is an important factor that affects the mechanical properties and service life of
forgings. Through the full study of the formability of the material, the internal microstructure of …

The constitutive model and processing map are effective tools for analyzing the hot
deformation behavior of titanium alloys. The stress-strain curves of the Ti-5Al-5Mo-5V-1Cr …

The microstructural evolution of titanium alloys under high-temperature conditions plays a
key role in determining their mechanical properties and hot working behavior. This research …

This study investigates the hot deformation behavior of sintered Ti-5553 alloy with the
objective of providing a comprehensive description of its flow behavior, developing a …

In this work, two-stage diffusion bonding of micro-duplex TC4 titanium alloy was carried out
to study the flow behavior and constitutive models of the bonding joint and the base metal …

To investigate the hot deformation behavior and the microstructure evolution of Ti644321
alloy in α+ β region, the hot compression tests were conducted within the temperature range …

Hot plastic deformation is a key method of processing metallic materials and controlling their
final properties through structure-forming processes. The efficiency of the bulk forming …