Completed Theses  Design and Construction of an Instrumented Test Pile Cluster Evaluation of Pile Bearing Capacity from Non-failed Load Test Data Tactile Pressure Sensors Technology Applications to Geotechnical Engineering Development and Field Testing of Multiple Deployment Model Pile (MDMP) Field and Laboratory Study of the Physical Characteristics and Engineering Parameters of the Subsurface in the Newbury Bridge Site The Fundamental Mechanism of Shear of Granular Materials Along an Interface Literature Study of Arching Effects  Examination of Boundary Effects in Interfacial Testing Static and Dynamic Time Dependent Pile Behavior A Mechanized Anchorage System for Quick Deployment Structure Dynamic Analysis of Plugged Pipe Piles in Clay Experimental Study of Friction of Granular Material Along an Interface Pore Pressure Build-Up and Dissipation Around Piles Penetrating in Clays  A New Apparatus for Testing Friction of Soil Along a Solid Surface A Simplified Field Method for the Capacity Evaluation of Driven Piles Photoelastic Measurement Techniques Utilizing Digital Image Processing for Modeling Granular Materials   Link to Research Page   Return to our home page....