...Lizhong Xu; Peini Yao Planar movable tooth drives have a compact structure. However, as the size decreases, the heat dissipation capacity decreases; therefore, temperature control is required. A heat conduction model of the drive system, including the central wheel and movable tooth, is established...

... are processed for estimation of laser wattage using numerical and analytical models. For the known heating load, temperature signal is also predicted using one-dimensional transient heat conduction solver using ansys . Encouraging agreement of these predictions has demonstrated the success of the designed...

...Bo Dan; James F. Geer; Bahgat G. Sammakia The current paper presents the results of an analytical study of steady state heat conduction in a rectangular tube with eccentric hot spots on both the top and the bottom surfaces. The rectangular domain is assumed to be adiabatic on the lateral surfaces...

...C. D. Smoot; H. B. Ma; C. A. Wilson; L. Greenberg The effect of heat conduction through the adiabatic section on the oscillating motion and heat transfer performance in an oscillating heat pipe (OHP) was investigated experimentally. Two, closed loop, six-turn OHPs were constructed: one...

... rises. Consequently, this three-dimensional model has provided a great description for the Peclet number, the dimensions, the asymptotic or nonasymptotic assumption effects, and the structural heat conduction in the microcombustors. The results are validated with those obtained from two-dimensional heat...

... of a molten metal bath. In addition, the liquid metal manufacturing industry must monitor temperatures and heat removal rates during their production to ensure the desired properties of the liquid metals that they produce. cooling flow simulation fluid dynamics heat conduction liquid alloys...