Plasma Drying of Semi-Moist MaterialsImage-Based, Physics-Constrained Machine Learning for Process Optimization and Design in Paper Drying SystemsImproving Energy Efficiency and Carbon Footprint of Dryers by Removing Moisture from Exhaust with Novel MethodsDehydration of Slurry Fluids Using Contact and Non-Contact Ultrasonic Wave TechnologySpray Drying Using Novel Nozzle Design to Improve Droplet Formation for Fine PowdersOptical Fiber Noses for Real-Time, In-Line Gas and Aroma Sensing in DryingDetermining Product Morphology and Permeability of Foods During Drying Using Micro CT Scanning and Pore Scale ModelingEnhancement of Drying Moist Porous Media with Phase Change MaterialTip-based Optical Fiber Sensors for Continuous, In-situ Measurements of Trapped MoistureInfrared Sensors for Optimization of Drying Food MaterialsUltrasonic Drying of Vegetable ProteinsExploring infrared sensor for real-time analysis of products during spray dryingAn Investigation of the Role of Area, Scale, and Hierarchical Surface Topography in Wetting and Drying of Stochastically Patterned Surfaces
Image-Based, Physics-Constrained Machine Learning for Process Optimization and Design in Paper Drying Systems
Improving Energy Efficiency and Carbon Footprint of Dryers by Removing Moisture from Exhaust with Novel Methods
Determining Product Morphology and Permeability of Foods During Drying Using Micro CT Scanning and Pore Scale Modeling
An Investigation of the Role of Area, Scale, and Hierarchical Surface Topography in Wetting and Drying of Stochastically Patterned Surfaces
