Yovanovich, M. (1973). Effect of Foils Upon Joint Resistance: Evidence of Optimum Thickness In Progress in Astronautics and Aeronautics: Thermal Control and Radiation (Vol. 31, pp. 227-245). University of Waterloo.
Reference author: M.M. Yovanovich
First name
M.M.
Last name
Yovanovich
Ogniewicz, Y., & Yovanovich, M. (1978). Effective Conductivity of Regularly Packed Spheres: Basic Cell Model with Constriction In Progress in Astronautics and Aeronautics: Heat Transfer with Thermal Control Systems (Vol. 60, pp. 209-228). Los Angeles, CA: AIAA 15th Aerospace Sciences Meeting.
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.
Rozon, B., Galpin, P., Schneider, G., & Yovanovich, M. (1984). The Effect of Geometry on the Contact Conductance of Contiguous Interfaces In AIAA 19th Annual Thermophysics Conference (pp. 1-8). Snowmass, Colorado: AIAA Paper.
Yovanovich, M., McGee, G., & Schankula, M. (1984). Ellipsoidal Thermal Constriction Model Crowned Cylinder/Flat Elastic Contacts In 22nd Heat Transfer Conference (pp. 1-6). Niagara Falls, NY: ASME Paper.
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.
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.
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.
Yovanovich, M., & Hegazy, A. (1983). An Accurate Universal Contact Conductance Correlation for Conforming Rough Surfaces with Different Micro-Hardness Profiles AIAA Paper.
Chow, Y., & Yovanovich, M. (1983). The Capacitances of Two Arbitrary Conductors In Journal of Electrostatics (Vol. 14, pp. 225-234). University of Waterloo.