This research investigates the static and cyclic characteristics of recycled glass (RG) as a supplementary material with concrete aggregate (RCA) in rail track capping layer. RG was blended by-weight RCA 10% increments up to 50% content. A performance-based laboratory testing scheme designed according field loading conditions layers tracks. Basic geotechnical properties + blends were evaluated ...

objective: osseous defects around dental implants are often seen when implants are placed in areas with inadequate alveolar bone, or around failing implants. bone regeneration in these areas using bone grafts or its substitutes may improve dental implants prognosis. the aim of this study was to prepare and characterize the bioactive glass nanopowder and development of its coating for treatment ...

Self-compacting concrete (SCC) has many properties comparing to conventional and represents a good choice towards sustainability. The use of different recycled materials contributes seize the negative impact huge amount waste on ecosystem. In this study, locally available have been used as partially cement replacements. Such including ceramic powder (CWP) glass (GP) in addition fly ash with tot...

This study investigated the feasibility of the micro powder blasting technique for the micro fabrication of sensor structures using the Pyrex glass to replace the existing silicon-based acceleration sensor fabrication processes. As the preliminary experiments, the effects of the blasting pressure, the mass flow rate of abrasive and the number of nozzle scanning times on erosion depth of the Pyr...

The manufacture of sintered glasses and glass-ceramics, glass matrix composites, and glass-bounded ceramics or pastes is often affected by gas bubble formation. Against this background, we studied sintering and foaming of barium silicate glass powders used as SOFC sealants using different powder milling procedures. Sintering was measured by means of heating microscopy backed up by XPD, differen...

Recycling solid waste in cement-based materials cannot only ease its load on the natural environment but also reduce carbon emissions of building materials. This study aims to investigate effect recycled glass powder (RGP) early-age mechanical properties and autogenous shrinkage cement pastes, where is replaced by 10%, 20% 30% RGP. In addition, microstructure nano-mechanical paste with differen...