Predicting the effects of surfactant coverage on drop size distributions of homogenized emulsions von Maindarkar, Shashank N., Bongers, Peter, Henson, Michael A.

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Predicting the combined effects of oil and surfactant concentrations on the drop size distributions of homogenized emulsions von Maindarkar, Shashank N., Hoogland, Hans, Henson, Michael A.

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Achieving Target Emulsion Drop Size Distributions Using Population Balance Equation Models of High-Pressure Homogenization von Maindarkar, Shashank N, Hoogland, Hans, Henson, Michael A

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Incorporating emulsion drop coalescence into population balance equation models of high pressure homogenization von Maindarkar, Shashank N., Raikar, Neha B., Bongers, Peter, Henson, Michael A.

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A population balance model to modulate shear for the control of aggregation in Taxus suspension cultures von Wilson, Sarah A., Maindarkar, Shashank N., McKee, Michelle C., Vilkhovoy, Michael, Henson, Michael A., Roberts, Susan C.

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Prediction of emulsion drop size distributions in colloid mills von Maindarkar, Shashank, Dubbelboer, Arend, Meuldijk, Jan, Hoogland, Hans, Henson, Michael

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Population balances combined with Computational Fluid Dynamics: A modeling approach for dispersive mixing in a high pressure homogenizer von Dubbelboer, Arend, Janssen, Jo, Hoogland, Hans, Mudaliar, Ashvin, Maindarkar, Shashank, Zondervan, Edwin, Meuldijk, Jan

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Achieving Target Emulsion Drop Size Distributions using Population Balance Equation Models of High Pressure Homogenization von Maindarkar, Shashank N, Henson, Michael A

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Machine Learning-Based Approach for Myocardial Infarction von Maindarkar, Pooja, Reka, S. Sofana

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