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Efficient and accurate computations of idealised shock waves in both linear and nonlinear materials were achieved using hp−adaptivity.
Ultrafast and single exponential responsive materials were achieved by encapsulating donor-acceptor linked molecules into cucurbitunitl[8], CB[8], as nanocavity hosts.
Enhanced characteristics of the NCM specimens, obtained by pressing the powder mixtures and rolling the nanocomposite materials, were achieved owing to uniform distribution of its components in the material volume, dispersion of MCNT agglomerates and mutual mechanical alloying of iron and copper in the planetary ball mill.
Greater reductions of the water absorption rate and gas permeability coefficient of cement-based materials were achieved by the hybrid nanocomposite compared to its individual components, showing synergistic effects of hydrophobicity and pore refinement characteristics as proved by the measurements of the contact angle, the mineralogy, the morphology and the porosity.
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In thermonuclear weapons, the required temperatures and density of the fusion materials are achieved with a fission explosion.
Degradation of materials was achieved using accelerated ageing methods.
Synthesis of these nanoscale materials was achieved by a robust photoemulsion polymerization method.
With aforementioned strategies, RTP from purely organic materials was achieved both in fluid and rigid media.
The preparation of these materials was achieved via anionic polymerization techniques in combination with chlorosilane chemistry.
Interfacial adhesion between the two materials was achieved by adding a compatibilizer, maleic anhydride grafted polypropylene, PP-g-MA.
The optical breakdown of materials is achieved through avalanche ionization of electrons that transfer energy to the lattice of a target material.
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