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Debnath, B and Kumaran, V and Rao, KK (2024) Dense granular flow through a flat-bottomed silo: Comparison of the DEM and continuum models with experiments. In: Powder Technology, 431 .
Dhami, HS and Viswanathan, K (2024) Investigating particle morphology, quality, flowability and performance of abrasive-grinding based powders for directed energy deposition. In: Powder Technology, 437 .
Singh, A and Dhami, HS and Sinha, MK and Kumar, R (2022) Evaluation and comparison of mineralogical, micromeritics and rheological properties of waste machining chips, coal fly ash particulates with metal and ceramic powders. In: Powder Technology, 408 .
Dhoriyani, Mukesh L and Jonnalagadda, Kranthi Kumar and Kandikatla, RK and Rao, Kesava K (2006) Silo music: Sound emission during the flow of granular materials through tubes. In: Powder Technology, 167 (2). pp. 55-71.
Muite, Benson K and Quinn, Shandon F and Sundaresan, Sankaran and Rao, Kesava K (2004) Silo Music and Silo Quake: Granular Flow-Induced Vibration. In: Powder Technology, 145 (3). pp. 190-202.
Madras, Giridhar and McCoy, Benjamin J (2004) Reversible Crystal Growth-Dissolution and Aggregation Breakage: Numerical and Moment Solutions for Population Balance Equations. In: Powder Technology, 143-14 . pp. 297-307.
Rajneesh, S and Gupta, GS (2003) Importance of frictional forces on the formation of cavity in a packed bed under cross flow of gas. In: Powder Technology, 134 (1-2). pp. 72-85.
Vivekanandan, R and Kutty, TRN (1989) Characterization of barium titanate fine powders formed from hydrothermal crystallization. In: Powder Technology, 57 (3). pp. 181-192.
