... in which, at any given time, the spatial temperature distributions are represented in infinite series. The effect of the solid, liquid Stefan numbers and the unsteady boundary temperature variation is investigated. The results showed a retrograde motion of the solidification front for large liquid Stefan...

..., Mar. 31, 2003. Associate Editor: J. R. Barber. 16 Sep 2002 31 Mar 2003 10 10 2003 thermal stresses thermal shock stress analysis temperature distribution polynomials reviews failure (mechanical) A number of studies on the thermal shock behavior of finite...

...S. I. Bakhtiyarov, Research Professor; R. A. Overfelt, Professor; A. J. Meir, Professor; P. G. Schmidt, Professor An experimental technique has been developed to measure both axial and transverse velocities and temperature distribution in molten aluminum. Couette flow of liquid aluminum, lead, tin...

... temperature distribution thermoelasticity numerical analysis elastodynamics 10 Oct 2001 26 July 2002 27 03 2003 Contributed by the Applied Mechanics Division of THE AMERICAN SOCIETY OF MECHANICAL ENGINEERS for publication in the ASME JOURNAL OF APPLIED MECHANICS . Manuscript...

...M. Jabbari; S. Sohrabpour, Professor,; M. R. Eslami, Professor, Fellow ASME, In this paper, the general theoretical analysis of two-dimensional steady-state thermal stresses for a hollow thick cylinder made of functionally graded material is developed. The temperature distribution is assumed...

...K.-C. Yee, Graduate Research Assistant; T. J. Moon, Mem. ASME, Associate Professor A closed-form, analytical solution is presented for the transient, plane thermal stress analysis of a linearly elastic, homogeneously orthotropic hollow cylinder subjected to an arbitrary temperature distribution...

... strip (continued) 3 Transient thermal stresses distributions in an uncracked strip 2 Transient temperature distributions for different boundary conditions (B, C) Assume the top surface of the strip is heating from initial temperature zero to T 0 suddenly...

...C. D. Copper; W. D. Pilkey This paper presents a thermoelastic solution technique for beams with arbitrary quasi-static temperature distributions that create large transverse normal and shear stresses. This technique calculates the stress resultants and centroid displacements along a beam...

..., and will be accepted until four months after final publication of the paper itself in the ASME JOURNAL OF APPLIED MECHANICS . 02 October 2000 05 June 2001 thermoelasticity perturbation theory inclusions Fourier series temperature distribution stress analysis thermal stresses In many...

... or point heat sources reside in the annulus. In this work we first determine the temperature distributions of the annular problem subject to a point heat source and then solve for the thermal stresses. In the derivation of the thermal field the strength of a point heat source must be properly chosen...