Company Filing History:
Years Active: 2003-2005
Title: Innovations by William R Hamblen: A Pioneer in Soil Compaction Measurement
Introduction
William R Hamblen, based in Stow, Massachusetts, is a notable inventor with two patents to his name. His work primarily focuses on innovative technologies for measuring soil properties, which have crucial applications in civil engineering and environmental studies.
Latest Patents
Hamblen's latest inventions include advanced apparatuses for soil compaction measurement. The first patent introduces a method for in-situ measurement of the stiffness of a layer of soil, employing a contact foot that engages the surface and a drive transducer that applies a vibratory force. Accompanied by a motion sensor and an additional sensor to measure the force on the contact foot, this innovative apparatus generates output signals that provide accurate measurements of the surface stiffness.
His second patent further elaborates on the in-situ measurement of the shear modulus of a soil layer. This apparatus utilizes a contact foot with a defined bias force to engage a specific area of soil. By shaking the contact foot vertically with the assistance of a drive transducer and utilizing sensing transducers, the apparatus calculates the shear modulus as well as the void ratio of the soil, yielding valuable insights into its mechanical properties.
Career Highlights
William has contributed his expertise to reputable organizations such as BBN Corporation and Bbnt Solutions LLC. His experience in these companies has undoubtedly enhanced his skills and understanding of the technological advancements in soil measurement.
Collaborations
Throughout his career, William has collaborated with distinguished professionals, including Frank Berkman and Bill Watters. These partnerships reflect a commitment to collective innovation and the pursuit of excellence in the field of soil measurement technologies.
Conclusion
William R Hamblen is a significant figure in the realm of engineering inventions, particularly concerning soil compaction measurement. His patents not only showcase his innovative spirit but also contribute valuable methodologies that advance the understanding of soil mechanics, which is instrumental in various engineering applications. His work continues to inspire future innovations in this critical field.