Martin, K. ., Yovanovich, M. ., & Chow, Y. . (1984). Method of Moments Formulation of Thermal Constriction Resistance of Arbitrary Contacts. In 19th Annual Thermophysics Conference, Snowmass (pp. 1-7). Snowmass, Colorado: AIAA Paper.
Publications
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Turyk, P. ., & Yovanovich, M. . (1984). Transient Constriction Resistance for Elemental Flux Channels Heated by Uniform Flux Sources. In 22nd Heat Transfer Conference (pp. 1-8). Niagara Falls, NY: ASME Paper.
Negus, K. ., & Yovanovich, M. . (1984). Application of the Method of Optimised Images to Steady Three-Dimensional Conduction Problems. In ASME Winter Annual Meeting (pp. 1-11). New Orleans, Louisiana: ASME Paper.
Yovanovich, M. ., Negus, K. ., & Thompson, J. . (1984). Transient Temperature Rise of Arbitrary Contacts with Uniform Flux by Surface Element Methods. In AIAA 22nd Aerospace Sciences Meeting (pp. 1-7). AIAA Paper.
Negus, K. ., & Yovanovich, M. . (1984). Constriction Resistance of Circular Flux Tubes with Mixed Boundary Conditions by Linear Superposition of Neumann Solutions. ASME Paper 84-HT-84.
Chow, Y. ., & Yovanovich, M. . (1983). The Capacitances of Two Arbitrary Conductors. In Journal of Electrostatics: Vol. 14 (Vol. 14, pp. 225-234). University of Waterloo.
Yovanovich, M. ., Hegazy, A. ., & Antonetti, V. . (1983). Experimental Verification of Contact Conductance Models Based Upon Distributed Surface Micro-Hardness. Reno, NV: AIAA 21st Aerospace Sciences Meeting.
Yovanovich, M. . (1983). Non-Iterative Control Volume Approach to One-Dimensional Steady Conduction with Convection: Applications to Extended Surfaces. In ASME HTD: Vol. 28 (Vol. 28, pp. 59-69). Boston, Mass: N/A.
Yovanovich, M. ., Thompson, J. ., & Negus, K. . (1983). Thermal Resistance of Arbitrarily Shaped Contacts. In Numerical Methods in Thermal Problems (pp. 1072-1082). Seattle, WA: Proceedings of the Third International Conference.
Yovanovich, M. ., & Hegazy, A. . (1983). An Accurate Universal Contact Conductance Correlation for Conforming Rough Surfaces with Different Micro-Hardness Profiles. AIAA Paper.