Tag: Mechanical Engineering
Periodic drum diameter change improved winding structure quality
Winding mechanism design reduces bobbin defects through controlled shaft diameter variation
Thermal tuning enables directional broadband acoustic absorption
Temperature tunes sound absorption without changing the material structure
Heterostructures improve properties of additively manufactured aluminum alloys
Tailoring aluminum alloy microstructures through 3D printing to enhance strength and flexibility
Foam filling improved the performance of SLS polymer lattices
Foam-filled 3D-printed lattices show 40-fold stiffness and 112-fold energy gains
Several hyperelastic models matched tensile behavior of a thermoplastic elastomer
Selecting material models to simulate thermoplastic elastomer belt welding
Bio-inspired Voronoi tubes improved energy absorption
Nature-inspired porous tubes absorb crash energy while staying lightweight
Brittle lattice strength depends on loading direction and topology
How brittle cellular materials fail differently under tension versus compression
Cable length affected vibration-related joint degradation
How ultrasonic vibrations damage previously welded electrical connections
Sandwich panel anti-explosion performance depends on key material factors
How sandwich panels absorb explosive energy through material design and core structure optimization
Outer-ligament design increases stiffness and broadens bandgaps
New metamaterial designs achieve stronger stiffness and wider sound-blocking properties
