301 Publications (Page 8 of 13)
2010
Asperity creep under constant force boundary conditions
Goedecke, Andreas⋅Jackson, Robert L and Mock, Randolf
Wear, vol. 268, (no. 11-12), pp. 1285-1294, 2010. | Journal Article
A study of real area of contact for tire/road interfaceDawkins, J.J.⋅Shah, S.G. and Jackson, R.L.(pp. 301-303)
A study of the elastic-plastic deformation of heavily deformed spherical contacts
Wadwalkar, S. S⋅Jackson, Robert L and Kogut, L.
Proceedings of the Institution of Mechanical Engineers, Part J: Journal of Engineering Tribology, vol. 224, (no. 10), pp. 1091-1102, 2010. | Journal Article
Effects of lattice orientation and size on molecular asperity contact modelsPolchow, J.R.⋅Huang, W. and Jackson, R.L.(pp. 313-315)
Experimental study of the vibration-induced fretting of silver-plated high power automotive connectorsFu, Rujian⋅Choe, Song-Yul⋅Jackson, Robert L⋅Flowers, George T⋅Bozack, Michael J⋅Zhong, Liang and Kim, Daegee(pp. 1–8)
Impact of a compound pendulum with a surface using a nonlinear contact forceBanu, E.A.⋅Marghitu, D. and Jackson, R.(pp. 293-295)
Influence of quantifiable extrinsic stresses on tin whisker growthRodekohr, C.L.⋅Dean, R.N.⋅Flowers, G.T.⋅Jackson, R.L.⋅Bozack, M.J. and Lall, P.(pp. 827-832)
Jackson, R. and Ramadoss, R.:’A MEMS-based electrostatically tunable circular microstrip patch antenna’, J. Micromech. Microeng.
JACKSON, R and RAMADOSS, R
Electronics letters, vol. 46. | Journal Article
Multiscale terrain characterization using fourier and wavelet transforms for unmanned ground vehiclesDawkins, J.J.⋅Bevly, D.M. and Jackson, R.L.(pp. 1547-1554)
Nanoindentation modeling of a nanodot-patterned surface on a deformable substrateWang, H.⋅Zou, Min⋅Jackson, Robert L⋅Larson, PR and Johnson, MBInternational Journal of Solids and Structures, vol. 47, (no. 22-23), pp. 3203-3213, 2010.
| Journal Article
Nanoindentation of a deformable substrate covered by patterned nanodot asperitiesWang, H.⋅Zou, M.⋅Jackson, R.L.⋅Larson, P.R. and Johnson, M.B.(pp. 285-287)
Surface separation and contact resistance considering sinusoidal elastic-plastic multi-scale rough surface contact
Wilson, W. E⋅Angadi, Santosh V and Jackson, Robert L
Wear, vol. 268, (no. 1-2), pp. 190-201, 2010. | Journal Article
The influence of particulate contaminants on vibration-induced fretting degradation in electrical connectorsGao, Jinchun⋅Chen, Chen⋅Flowers, George T⋅Jackson, Robert L and Bozack, Michael J(pp. 1–5)
2009
A model for the liquid-mediated collapse of 2-D rough surfacesStreator, Jeffrey L and Jackson, Robert LWear, vol. 267, (no. 9-10), pp. 1436-1445, 2009.
| Journal Article
A molecular model of asperity contact and comparison to continuum based modelsHuang, W. and Jackson, R.L.(pp. 107-109)
Analytical results for the resolution-dependent progression of contact area in a multi-scale contact modelGoedecke, A⋅Jackson, RL and Mock, R(pp. 355–357)
An analytical solution to an archard-type fractal rough surface contact modelJackson, R.L.(pp. 440-442)
An FFT Deterministic Simulation of Elastic Rough Surfaces in Three-Dimensional Contact and Model AnalysisJackson, Robert L and Green, Itzhak(pp. 309–311)
A Semi-analytical model of contact resistance from sinusoidal asperity or wavy surface contactJackson, Robert L(pp. 49–56)
A simplified model of multiscale electrical contact resistance and comparison to existing closed form modelsJackson, Robert L⋅Malucci, Robert D⋅Angadi, Santosh and Polchow, J Robert(pp. 28–35)
A study of plastic deformation of heavily loaded spherical surfacesWadwalkar, S.S.⋅Jackson, R.L.⋅Payton, L. and Kogut, L.(pp. 653-655)
A Study of Real Area of Contact for Tire/Road InterfaceDawkins, Jeremy J⋅Shah, Sameer G and Jackson, Robert L(pp. 301–303)
A study of the average real contact pressure between rough surfacesJackson, R.L.⋅Wilson, W.E. and Angadi, S.(pp. 585-587)
Biomimetics: The science of imitating nature
Singh, R. A⋅Yoon, Eui-Sung and Jackson, Robert L
Tribology & Lubrication Technology, vol. 65, (no. 2), pp. 40-47, 2009. | Journal Article
Effects of Lattice Orientation and Size on Molecular Asperity Contact ModelsPolchow, J Robert⋅Huang, Wei and Jackson, Robert L(pp. 313–315)