• CAMP Professor Subramanian Models Various Aspects of Chemical-Mechanical Polishing
  
  
• CAMP Professor Ahmadi Models Particle Transport, Deposition, and Removal

Three-Phase Slurry Reactors

Fundamentals of Natural Gas and Species Flow from Hydrates Dissociation

Modeling of the Chemical-Mechanical Polishing Process

The Transportation and Deposition of Atmospheric Particles Near a Building

Inhalation Drug Delivery and Lung Deposition

Computer Modeling of Ash Particle Transport to Boiler Surfaces

• CAMP Professor Vladimir Privman Uses Modeling in his Quantum Physics Work

Using Quantum Mechanical Evolution to Perform Computations

Modeling the Injection of Spin-Polarized Electrons into a Semiconductor


Spintronics: Device Simulation for Spin Polarized Transport


Numerical Modeling of Non-Linear Physical Phenomena

Theoretical Models to Explain Formation Mechanisms of Monodispersed Particles

• CAMP Professor Igor Sokolov Models the Shaping Mechanism of Nanoporous Colloidal Silica Particles
  
  
• CAMP Professor Cetin Cetinkaya is Modeling Acoustic Wave Propagation in Thin-Layered Structures for Nondestructive Evaluation Applications
  
  
• CAMP Professor Ming-Cheng Cheng Models Heat Flow in SOI Devices
  
  
• CAMP Professors Regel and Wilcox Model Crystal Growth
  

New Method for Deposition of Diamond Films


Detached Solidification


Phase-Field Modeling of Eutectic Solidification

 

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