Design and simulation of an implantable medical drug delivery system using microelectromechanical systems technology

Keyphrases

• Drug Delivery System 100%
• Micropump 100%
• Medical Drugs 100%
• Micro-electro-mechanical Systems Technology 100%
• Silicon Membrane 45%
• Pump Chamber 36%
• Deflection 27%
• Normally Closed 18%
• Peristaltic Motion 18%
• Bulk PZT 18%
• PZT Actuator 18%
• Micro-electro-mechanical Systems 9%
• Actuation 9%
• Design Requirements 9%
• Fabrication Methods 9%
• Testing Data 9%
• Design Trade-offs 9%
• Overall Size 9%
• Lead Zirconate Titanate 9%
• Thick Silicon 9%
• Fabrication Technology 9%
• Adhesive Layer 9%
• FEA Method 9%
• Active Valve 9%
• Outlet Valve 9%
• Peristaltic Pumping 9%
• Reservoir Flow 9%
• Inlet Valve 9%
• Membrane Design 9%
• Coupled Field Simulation 9%
• Conductive Adhesive 9%
• FEA Simulation 9%
• Analytical Modeling 9%
• Electromechanical Coupled 9%
• Unique Design 9%

Engineering

• Microelectromechanical System 100%
• Micropump 100%
• System Technology 100%
• Drug Delivery 100%
• Peristaltic Motion 18%
• Finite Element Analysis 18%
• Actuator 18%
• Simulation Result 9%
• Titanate 9%
• Lead Zirconate 9%
• Mm Diameter 9%
• Adhesive Layer 9%
• Design Requirement 9%
• Conductive Adhesive 9%
• Inlet Valve 9%
• Outlet Valve 9%
• Microelectromechanical System Fabrication 9%
• Actuation 9%
• Microchannel 9%