Add to ORKGAluminum and magnesium composite sheet laminates reinforced with low density, high strength modular filament sheets are produced by diffusion bonding and explosive bonding. Both processes are accomplished in normal atmosphere and require no special tooling or cleaning other than wire brushing the metal surfaces just prior to laminating
Compressive properties and weight saving of metals reinforced on surface with resin bonded fiber
An increasingly important class of engineering materials are known as fiber reinforced composite mat...
A selective review is presented of the state of the art of metallic laminates and fiber reinforced m...
Technique consists of positioning layers of TZM metal filaments between thin C129Y columbium sheets ...
Two prototype laminar composites have shown potential for high strength and high temperature applica...
Metallic composite prepared for utilization which remains intact without aluminum/carbon reactions, ...
A laminated composite material with improved interlaminar strength and damage tolerance having short...
High strength reinforced aluminum alloy and composite aluminum sandwich plate for space and launch v...
Filament and whisker reinforcement of low density, high strength, high modulus composites - metallic...
Fibre metal laminates, hybrid composite materials built up from interlaced layers of thin metals and...
Uniform sized, laminated panels protect delicate parts and equipment from damage during storage and ...
Systems requirements for complex spacecraft drive design requirements that lead to structures, compo...
The development of Fiber Metal Laminates (FMLs) allowed designing lightweight structures that are mo...
Methods of producing TZM molybdenum wire reinforced C129Y columbium alloy composites by explosive we...
Description of method for producing metallic composites reinforced with ceramic and refractory hard ...
Compressive properties and weight saving of metals reinforced on surface with resin bonded fiber
An increasingly important class of engineering materials are known as fiber reinforced composite mat...
A selective review is presented of the state of the art of metallic laminates and fiber reinforced m...
Technique consists of positioning layers of TZM metal filaments between thin C129Y columbium sheets ...
Two prototype laminar composites have shown potential for high strength and high temperature applica...
Metallic composite prepared for utilization which remains intact without aluminum/carbon reactions, ...
A laminated composite material with improved interlaminar strength and damage tolerance having short...
High strength reinforced aluminum alloy and composite aluminum sandwich plate for space and launch v...
Filament and whisker reinforcement of low density, high strength, high modulus composites - metallic...
Fibre metal laminates, hybrid composite materials built up from interlaced layers of thin metals and...
Uniform sized, laminated panels protect delicate parts and equipment from damage during storage and ...
Systems requirements for complex spacecraft drive design requirements that lead to structures, compo...
The development of Fiber Metal Laminates (FMLs) allowed designing lightweight structures that are mo...
Methods of producing TZM molybdenum wire reinforced C129Y columbium alloy composites by explosive we...
Description of method for producing metallic composites reinforced with ceramic and refractory hard ...
Compressive properties and weight saving of metals reinforced on surface with resin bonded fiber
An increasingly important class of engineering materials are known as fiber reinforced composite mat...
A selective review is presented of the state of the art of metallic laminates and fiber reinforced m...