Abstract: Orthogonal machining experiments were conducted at different cutting speeds ranging from 8.5 × 10−2 cm/s (0.17 ft/min) to about 2.5 × 102 cm/s (492.1 ft/min) with 6061-T6 aluminum, ...

Abstract: An analytical model that describes the loading-history-dependent hardening behavior of anisotropic metals is presented. The proposed hardening model assumes that the rate of change of primary ...

Abstract: By photographing the movement of smoke plumes and recording the air movement at fixed points above the water in an indoor wave tank, it is shown that progressive waves in water may produce an airflow more than half a ...

Abstract: The linearized hydrodynamic equations for storm surges are solved in analytic form for a very simple model basin and an arbitrary field of wind and pressure to show that a solution can be obtained as an integral of the ...

Abstract: The upward trend in reported tornadoes during the past few years has led many people to suspect that atomic explosions are responsible for the increase. Because there is no known physical reason for believing that atomic ...

Abstract: This paper presents a novel technique for the simulation of a nano/micro-material system known as stiffness-based coarse-grained molecular dynamics (SB-CG-MD), which aims to extend the arena of conventional all-atom molecular ...

Abstract: This paper presents a novel physical phenomenon—heat wave propagation—at the atomic scale by investigating the collision of