The use of statistical potentials in NMR structure calculation improves the accuracy of the final structure but also raises issues of double counting and possible bias. Because statistical potentials are averaged over a large set of structures, they may not reflect the preferences of a particular structure or data set. We propose a Bayesian method to incorporate a knowledge-based backbone dihed...

Abstract The use of new types intelligent materials is becoming increasingly widespread. These include magnetoactive elastomers with hard magnetic filling components, which offer the unique chance to adapt active and passive material properties. In this context, paper presents an overview experimental results on study properties elastic composites a component. First-order reversal curves, are r...

We develop a reduced-order model for thin plates made of hard magnetorheological elastomers (hard-MREs), which are composed hard-magnetic particles embedded in polymeric matrix. First, we propose new magnetic potential, as an alternative to existing torque-based 3D continuum theory hard-MREs, obtained by reformulating the remnant magnetization deformed hard-MRE body. Specifically, magnetization...