Abstract Object of research is build-up compressed–bent and eccentrically compressed columns on yielding nonlinear – deformable shear bracings. Purpose the development a numerical method for calculation columns, allowing to take in account influence deflection elastic axis bar increment bending moment from action longitudinal compressive force dependence between forces deformations Problem-solv...

Polylactic acid (PLA)/cellulose nanocrystal (CNC) composite foams have attracted much attention due to their biodegradability and potential replace petroleum-based foams. However, the dispersion of (unmodified) CNCs in PLA remains challenging. Here, we used Pickering emulsion templating method unmodified stabilize microspheres prepare a concentrated masterbatch. This masterbatch was conventiona...

During ascent of a space vehicle system from its launching pad, the noise generated by its propulsion system creates considerable vibratory motion in the vehicle structure. Consequently, any component and/or payload attached to the structure will experience a dynamic loading condition. Predicting these acoustically induced "random" loads is difficult because of the complexity of the acoustic en...

In this study, concrete was selected to investigate the real-time splitting tensile mechanical and fracture behaviours of brittle materials using Brazilian test under concentrated distributed boundary conditions. The digital image correlation (DIC) method adopted evaluate strength failure process in tests a high-resolution camera. DIC results showed that position crack initiation randomly occur...

Quantitative proteomics plays an increasingly important role in biological and medical research. MS-based quantitative proteomic methods have proven to be a very robust alternative to the well-established gel-based techniques. However, reliable MS-based high-throughput quantification is still a challenge. Here, we present a high-throughput quantitative proteomics method that allows a rapid, rob...