Evaluation of three packing density models on reference particle-size distributions

[31] Deb A(2006)Particle-size distribution and packing fraction of geometric random packings Phys. Rev. E 52 513-526

[32] Rahmani H(1992)Caractère fractal des mélanges granulaires pour bétons de haute compacité Mater. Struct. 55 1-24

[33] Kolonko M(2006)La dimension fractale et l’étendue granulaire comme paramètres d’identification des mélanges granulaires Mater. Struct. 344 521-undefined

[34] Raschdorf S(2021)Porosity assessment of granular mixtures intended for concrete using the fractal model of particle-size distribution Constr. Build. Mater. 274 38001-undefined

[35] Wäsch D(2020)Identification of sands of dune and concretes using a granular model – Case of arid region Case Stud. Constr. Mater. 336 5-undefined

[36] Hettiarachchi C(2022)Determining concrete properties for different optimized combined concrete mixtures : novel mathematical approach Powder Technol. 221 undefined-undefined

[37] Mampearachchi WK(2007)Space-filling properties of polydisperse granular media Phys. Rev. E 46 undefined-undefined

[38] García-CortÉs V(2022)Finding the grain size distribution that produces the densest arrangement in frictional sphere packings : revisiting and rediscovering the century-old Fuller and Thompson distribution Phys. Rev. E 1 undefined-undefined

[39] EstÉvez DG(1986)Linear Packing Density Model of Grain Mixtures Powder Technol. 302 undefined-undefined

[40] San-JosÉ JT(1987)Porosity calculations of multi-component mixtures of spherical particles Powder Technol. 44 undefined-undefined

[31] Deb A(2006)Particle-size distribution and packing fraction of geometric random packings Phys. Rev. E 52 513-526

[32] Rahmani H(1992)Caractère fractal des mélanges granulaires pour bétons de haute compacité Mater. Struct. 55 1-24

[33] Kolonko M(2006)La dimension fractale et l’étendue granulaire comme paramètres d’identification des mélanges granulaires Mater. Struct. 344 521-undefined

[34] Raschdorf S(2021)Porosity assessment of granular mixtures intended for concrete using the fractal model of particle-size distribution Constr. Build. Mater. 274 38001-undefined

[35] Wäsch D(2020)Identification of sands of dune and concretes using a granular model – Case of arid region Case Stud. Constr. Mater. 336 5-undefined

[36] Hettiarachchi C(2022)Determining concrete properties for different optimized combined concrete mixtures : novel mathematical approach Powder Technol. 221 undefined-undefined

[37] Mampearachchi WK(2007)Space-filling properties of polydisperse granular media Phys. Rev. E 46 undefined-undefined

[38] García-CortÉs V(2022)Finding the grain size distribution that produces the densest arrangement in frictional sphere packings : revisiting and rediscovering the century-old Fuller and Thompson distribution Phys. Rev. E 1 undefined-undefined

[39] EstÉvez DG(1986)Linear Packing Density Model of Grain Mixtures Powder Technol. 302 undefined-undefined

[40] San-JosÉ JT(1987)Porosity calculations of multi-component mixtures of spherical particles Powder Technol. 44 undefined-undefined