. "NGUYEN DUC, Trung" . . . "Kroisov\u00E1, Dora" . . "There are many methods (drilling, grinding, turning, milling, etc) to eualuate machinability of material. In this research, the authors were concerned about drilling method to measure cutting force, time cutting, and cutting conditions of geopolymer mortar based fly ash, stone powder and shale powder. Experimental results showed that geopolymer mortar based fly ash exhibited the best machinability and durability. The microstructure, grain size, chemical composition, and the hardness will be discusses in this paper."@en . . . "RIV/46747885:24210/12:#0002761!RIV13-MSM-24210___" . "Louda, Petr" . . "Machinability of geopolymer mortar based fly ash, stone powder and shale powder." . "4"^^ . "2"^^ . "P(ED0005/01/01), S" . "Machinability of geopolymer mortar based fly ash, stone powder and shale powder."@en . . . "147667" . . "NGUYEN DUC, Trung" . "fly ash; stone powder; shale powder; drilling; geopolymer mortar"@en . "RIV/46747885:24210/12:#0002761" . . "24210" . . . "Machinability of geopolymer mortar based fly ash, stone powder and shale powder." . . . . . "Machinability of geopolymer mortar based fly ash, stone powder and shale powder."@en . . "[DA87A655D917]" . "Jers\u00E1k, Jan" . "There are many methods (drilling, grinding, turning, milling, etc) to eualuate machinability of material. In this research, the authors were concerned about drilling method to measure cutting force, time cutting, and cutting conditions of geopolymer mortar based fly ash, stone powder and shale powder. Experimental results showed that geopolymer mortar based fly ash exhibited the best machinability and durability. The microstructure, grain size, chemical composition, and the hardness will be discusses in this paper." . .