Modelling of coupled thermal (T), hydro (H), mechanical (M) and chemical (C) processes in geomaterials has attracted attention the past decades due to many significant contemporary engineering applications such as nuclear waste disposal, carbon capture storage etc. However, very-low permeability membrane geomaterials, couplings between osmosis their consequent influence on temperature, water tr...

We study noncompact and static membrane solutions in Matrix theory. Demanding axial symmetry on a membrane embedded in three spatial dimensions, we obtain a wormhole solution whose shape is the same with the catenoidal solution of Born-Infeld theory. We also discuss another interesting class of solutions, membranes embedded holomorphically in four spatial dimensions, which are 1/4 BPS. Matrix t...

In the framework of a strict mathematical approach based on classical theory elasticity we present an idea deployment and stretching circular solar sail attached to inflatable toroidal shell. It is predicted that by introducing gas into shell one can deploy stretch large size membrane. The formulas for membrane stresses strains caused pressure in are derived. analytical expressions be applied w...

Osmotic microbial fuel cells (OsMFCs) can integrate forward osmosis into (MFCs), which are able to perform organic elimination, bioenergy production, and high-class water abstraction from wastewater. However, it is not well understood how the unique feature of OsMFCs, i.e., flux, helps improve current generation. Based on experimental studies Springer model theory, a new method for representing...