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The research aims to develop a new method to synthesize lightweight high-entropy alloys using pressure-assisted induction melting.

April 17, 2026MaterialsOpen Access

A Novel Pressure-Assisted Induction Melting Technique for Synthesis of Lightweight High-Entropy Alloys: A Concept, Process Development and Hardware Design

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Novel method demonstrates successful synthesis of lightweight high-entropy alloys, implying advancements in material engineering.

The research aims to develop a new method to synthesize lightweight high-entropy alloys using pressure-assisted induction melting.
Developed a pressure-assisted induction melting process for high-entropy alloy synthesis.
Designed proprietary furnace capable of operating at high temperatures up to 1700 °C.
Utilized inert gas and modified pressure conditions during the melting process.
Allowed in situ modification of alloy composition by adding solid additives.
Successfully synthesized Mg-rich and Al-rich high-entropy alloys.
Achieved fully dense and chemically homogenous alloy compositions.
Validated the method through sequential multi-step melting procedures.

Newcombe et al. (2026) studied this question.

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