Controlling the reaction path of Ni/Al reactive multilayer on substratesJOURNAL OF ALLOYS AND COMPOUNDSIF6.32025-01-010OAAI
Influence of Additional Intermediate Thick Al Layers on the Reaction Propagation and Heat Flow of Al/Ni Reactive MultilayersADVANCED ENGINEERING MATERIALSIF3.32024-07-110PRE
Controlling Propagation Velocity in Al/Ni Reactive Multilayer Systems by Periodic 2D Surface StructuringADVANCED ENGINEERING MATERIALSIF3.32024-06-100PRE
Impact of Substrate Thickness and Surface Roughness on Al/Ni Multilayer Reaction KineticsADVANCED ENGINEERING MATERIALSIF3.32024-06-071PRE
Experimental-Assisted Approach to Develop a Numerical Model for Simulating the Reaction Propagation in Reactive MultilayersADVANCED ENGINEERING MATERIALSIF3.32024-05-101OA
Influence of Metal Surface Structures on Composite Formation during Polymer-Metal Joining Based on Reactive Al/Ni Multilayer FoilADVANCED ENGINEERING MATERIALSIF3.32024-04-251OA
Influence of Increasing Density of Microstructures on the Self-Propagating Reaction of Al/Ni Reactive Nanoscale MultilayersADVANCED ENGINEERING MATERIALSIF3.32024-04-250OA
Tailoring the Reaction Path: External Crack Initiation in Reactive Al/Ni MultilayersADVANCED ENGINEERING MATERIALSIF3.32024-04-230OA
Ni/Al multilayer reactions on nanostructured silicon substratesJOURNAL OF MATERIALS SCIENCEIF3.92023-08-077OA
Influence of extrinsic induced tensile stress on the self-propagating high-temperature synthesis of nanosized Al/Ni multilayersJOURNAL OF MATERIALS SCIENCEIF3.92023-06-136OA
Hybrid Thermoplastic-Metal joining based on Al/Ni multilayer foils-Analysis of the joining zoneMATERIALS & DESIGNIF7.92023-02-0111OAAI
Influence of Initial Temperature and Convective Heat Loss on the Self-Propagating Reaction in Al/Ni Multilayer FoilsMATERIALSIF3.22021-12-1716OAAI
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