Concept: Cellular and Composite Structures
Green and ultra-light magnesium foam processed using oyster shell powder as blowing agent
Making lightweight foam from magnesium using oyster shell waste
A synergistic arched lattice-honeycomb sandwich metastructure: Balancing impact resistance and thermal management
Sandwich metastructure balances impact protection and heat dissipation for high-speed trains
Machine Learning-Enhanced Feature Engineering for High-Fidelity Quasi-Isentropic Waveform Prediction under Data Sparsity Constraints
Predicting material behavior under extreme loading with minimal experimental data
Bio-Inspired Voronoi-Based Porous Tubular Structure Design and Crashworthiness Properties
Nature-inspired porous tubes absorb crash energy while staying lightweight
Tension-compression asymmetry in brittle lattice metamaterials
How brittle cellular materials fail differently under tension versus compression
Axial Fatigue of PBF-LB Ti6Al4V: Process and Surface Effects
How layer thickness and surface finish affect fatigue strength in 3D-printed titanium
Research progress on anti-explosion performance and optimization design methods of sandwich panels in multiple explosion scenarios
How sandwich panels absorb explosive energy through material design and core structure optimization
Outer-ligament-enhanced tetra-missing rib auxetic structures with high specific stiffness and broadband elastic bandgaps
New metamaterial designs achieve stronger stiffness and wider sound-blocking properties
Isotropic dilation of wrapped 3D-printed carbon fiber cylinders with lap joints
A new method to test composite cylinder strength without expensive pressure equipment
Image Credit: AI-generated image (OpenAI / DALL·E)Structural Optimization and Energy Absorption Characteristics of Double-Layer Variable-Diameter Energy-Absorbing Components for Anti-Impact Brackets
Designing better shock absorbers for hydraulic mining equipment
