A novel finite element design considering surface effects to evaluate the strength of nanomechanical metamaterials for naval architecture - ScienceDirect
A novel finite element design considering surface effects to evaluate the strength of nanomechanical metamaterials for naval architecture - ScienceDirect
Formation Mechanism and Petroleum Geological Significance of (Ferro) Dolomite Veins from Fractured Reservoirs in Granite Buried Hills: Insights from Qiongdongnan Basin, South China Sea,PDF) Topological Surface States: Hybridization and Transport from Theoretical Approaches,A novel finite element design considering surface effects to evaluate the strength of nanomechanical metamaterials for naval architecture - ScienceDirect,1.5MB