Abstract: The measurement of tooling-workpiece interface forces is needed for process design, process modeling and analysis and process monitoring for control. One approach to measuring local interface loads ...

Abstract: In order to update analytical models of practical engineering structures, inverse eigensensitivity method (IEM) has been developed. Though it has nowadays been widely accepted, the classical inverse ...

Abstract: Detailed heat transfer coefficient and film effectiveness distributions are presented on a cylindrical leading edge model using a transient liquid crystal technique. Tests were done in a low-speed ...

Abstract: Unsteady wake effects on detailed heat transfer coefficient and film cooling effectiveness distributions from a gas turbine blade with film cooling are obtained using a transient liquid crystal ...

Abstract: The effect of unsteady wakes with trailing edge coolant ejection on surface heat transfer coefficients and film cooling effectiveness is presented for a downstream film-cooled turbine blade. The ...

Abstract: A test of the long-term operating performance of a wedgewire-screen intake system in the Mississippi River is described. The screen was a 13.5-ft (4.1-m) long, 3-ft (0.91-m) diameter cylinder with 1 mm slot openings, ...

Abstract: This paper presents a computationally efficient and highly accurate numerical method for analyzing the elastic buckling of columns and plates. The proposed generalized differential quadrature method (GDQM) proposes a simple ...

Abstract: This work focuses on the development of high-effectiveness recuperative heat exchangers using solid and corrugated carbon foam blocks. Characterization tests were conducted on heat transfer and ...

Abstract: This study aims to investigate the effect of dielectrophoretic (DEP) force on microorganisms’ viability in a membrane bioreactor (MBR). The impact of different electrical potentials (5–15 V) and different exposure ...