The paper examines the effect of the content of three-periodic surfaces (TPS) printed on a 3D-printer as a reinforcing frame filled with self-sealing cement mortar on the phys-mech. properties.

With our previously developed method, we generated triply periodic surfaces including 131 minimal surfaces using crystal structures of 923 metal-organic frameworks (MOFs) as templates.

We took part in 2nd International Conference on Mechanics of Biomedical Materials and Devices.

We took part in VI International Scientific Conference "Modern problems of Applied Mathematics, Computer Science and Mechanics" in section 1 "Actual problems of mathematical and computer modeling."

This study explores the mechanical properties of porous structures derived from 15 triply periodic P-surfaces (TPS(P)) originally modeled on zeolite atomic frameworks.

We took part in IV International Scientific Conference "Modern problems of Applied Mathematics, Computer Science and Mechanics" in section 1 "Actual problems of mathematical and computer modeling."

We present tensors of compression modulus, shear modulus and Poisson's ratio of various porous materials based on TPMSs.

We present thermal properties of MER, ATN, BCT,SAS, RHO, LTA, JSW, TSC, NPT based porous materials.

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