Emerging sensors for the intelligent processing of materials James C. MalasS. Venugopal Sensor Pages: 15 - 15
Sensor principles and methods for measuring physical properties A. G. JacksonS. J. P. LaubeJ. Busbee Sensor Pages: 16 - 23
Using ultrasonic sensors for powder injection molding Derrick D. HongerholtJoseph L. RoseRandall M. German Sensor Pages: 24 - 28
An ultrasonic sensor for high-temperature materials processing David A. StubbsRollie E. Dutton Sensor Pages: 29 - 31
The in-situ sensor-guided process characterization of advanced composite materials Renee M. KentMark J. Ruddell Sensor Pages: 32 - 34
The simulation of acoustic emission for metal forging W. M. MullinsR. D. IrwinJ. C. Malas Sensor Pages: 35 - 37
Modeling the micromechanical aspects of composites P. K. LiawN. Yu Composite Micromechanics Pages: 43 - 43
The monotonic and fatigue behavior of CFCCs Narendemath MiriyalaPeter K. Liaw Composite Micromechanics Pages: 44 - 52
The micromechanical modeling of polymeric composites Tsu-Wei ChouS. Leigh PhoenixJohn A. Nairn Composite Micromechanics Pages: 53 - 57
A model for predicting micromechanical interfacial adhesion in polymer composites H. Felix WuWeiqun GuGuo-Quan Lu Composite Micromechanics Pages: 58 - 61
The fracture resistance and crack-tip micromechanics of in-situ intermetallic composites Kwai S. ChanDavid L. Davidson Composite Micromechanics Pages: 62 - 67
Roman-Era copper production at the Cerro Muriano smelter Rafael Calabrés MolinaAntonio Jose Criado PortalJose Jacobo Storch de Gracia Department Pages: 68 - 70
Understanding “Patentese”—A patent glossary Arnold B. SilvermanGeorge K. Stacey Department Pages: 77 - 79