Influence of the combination of stainless steel 316L and nickel alloy IN625 powders during single-layer deposition by laser-directed energy deposition (LP-DED) on corrosion resistance

Key factors and tools to minimize hydrogen embrittlement during Zn-Ni coating on ultra-high-strength steels

Metal Additive Manufacturing

Influence of compounding stainless steel 316 L with nickel alloy IN625 powders during laser powder-directed energy deposition for single layer corrosion protection of low-alloy steel

Hydrogen trapping and desorption spectra analysis in 300M ultra high strength martensitic steel – an experimental and modeling study

Manufacturing of Bimetallic Materials with Anticorrosive Properties by L-DED and Hot Forging

Setups for SPT at cryocompressed hydrogen temperatures

EFFICIENT HEAT TREATMENTS: <br>“Reduction of energy consumption by acting on austenization temperatures”

EFFICIENT HEAT TREATMENTS: <br>“Plating tool steels to reduce the carbon footprint of heat treatment”

Cold-formed coatings: durability in aggressive environments

DED Powder Modification for Single-Layer Coatings on High-Strength Steels

Influence of the combination of stainless steel 316L and nickel alloy IN625 powders during single-layer deposition by laser-directed energy deposition (LP-DED) on corrosion resistance

Key factors and tools to minimize hydrogen embrittlement during Zn-Ni coating on ultra-high-strength steels

Influence of compounding stainless steel 316 L with nickel alloy IN625 powders during laser powder-directed energy deposition for single layer corrosion protection of low-alloy steel

Hydrogen trapping and desorption spectra analysis in 300M ultra high strength martensitic steel – an experimental and modeling study

Manufacturing of Bimetallic Materials with Anticorrosive Properties by L-DED and Hot Forging

Setups for SPT at cryocompressed hydrogen temperatures

EFFICIENT HEAT TREATMENTS: <br>“Reduction of energy consumption by acting on austenization temperatures”

EFFICIENT HEAT TREATMENTS: <br>“Plating tool steels to reduce the carbon footprint of heat treatment”

Cold-formed coatings: durability in aggressive environments

DED Powder Modification for Single-Layer Coatings on High-Strength Steels

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