Abstract Equal Channel Angular Pressing (ECAP), being a promising technique for
producing bulk ultra-fine grained material, relies on shearing the material via channels of …

Iron–nickel bimetallic nanoparticles (Fe–Ni BMNPs) are prepared by combining two different
metals by using the bottom-up approach. The resulting material has entirely different …

In the present study, mechanical behavior of two types of Al/Mg composite rods, Mg AZ31
core/soft Al 1100 sleeve and Mg AZ31 core/hard Al 7050 sleeve, under compression along …

In the present research, extrusion of Al/Cu clad bimetal rod is analyzed by FEM using
ANSYS LS-DYNA. Effect of extrusion parameters on flow velocity of the two metals in the …

Using finite element and polycrystalline plasticity modeling, we explore the influence of die
design and material behavior on the extrusion of bimetallic tubes. Three distinctly different …

A new method for production of bimetallic rods, utilizing the equal channel angular extrusion
(ECAE) process has been introduced before by previous researchers, but no attempt has …

With the aim to investigate modifications in electric resistivity, mechanical properties and
structures of Al/Cu clad composites induced by various thermomechanical treatments, Al/Cu …

This study was focused on microstructure development and mechanical properties of three-
layered Al–Cu clad composites with different stacking sequences. The composites were …

A new process of joining tubes from different materials to a bimetallic tube based on a
combination of large shear and high hydrostatic pressure is proposed. It results in improved …

Development of modern materials is non-negligibly connected with enhancement of their
mechanical and utility properties, which can advantageously be performed via optimized …