Search Results - "Scanlan R"

Effects of turbulence on bridge flutter derivatives.

Authors: Scanlan, R. H. Lin, W. H.

Source: Proceedings of the American Society of Civil Engineers; August 1978, Vol. 104, p719-733, 15p

Motion of suspended bridge spans under gusty wind.

Authors: Scanlan, R. H. Gade, R. H.

Source: Proceedings of the American Society of Civil Engineers; September 1977, Vol. 103, p1867-1883, 17p

Earthquake time histories and response spectra.

Authors: Scanlan, R. H. Sachs, K.

Source: Proceedings of the American Society of Civil Engineers; August 1974, Vol. 100, p635-655, 21p

Indicial aerodynamic functions for bridge decks.

Authors: Scanlan, R. H.

Source: Proceedings of the American Society of Civil Engineers; August 1974, Vol. 100, p657-672, 16p

Airfoil and bridge deck flutter derivatives.

Authors: Scanlan, R. H. Tomko, J. J.

Source: Proceedings of the American Society of Civil Engineers; December 1971, Vol. 97, p1717-1737, 21p

Dynamic prediction of pile static bearing capacity.

Authors: Scanlan, R. H. Tomko, J. J.

Source: Proceedings of the American Society of Civil Engineers; September 1970, Vol. 96, p1801-1806, 6p

Aerodynamic instability of suspension bridges.

Authors: Sabzevari, A. Scanlan, R. H.

Source: Proceedings of the American Society of Civil Engineers; October 1969, Vol. 95, p1271-1277, 7p

Aerodynamic investigations of box girder bridges.

Authors: Sabzevari, A. Scanlan, R. H.

Source: Proceedings of the American Society of Civil Engineers; July 1969, Vol. 95, p1517-1532, 16p

Dynamic prediction of pile static bearing capacity.

Authors: Scanlan, R. H. Tomko, J. J.

Source: Proceedings of the American Society of Civil Engineers; March 1969, Vol. 95, p583-604, 22p

Aerodynamic instability of suspension bridges.

Authors: Sabzevari, A. Scanlan, R. H.

Source: Proceedings of the American Society of Civil Engineers; April 1968, Vol. 94, p489-519, 31p

Costs of high-field superconducting strands for particle accelerator magnets.

Authors: Cooley, L. D. Ghosh, A. K. Scanlan, R. M.

Source: Superconductor Science & Technology; April 2005, Vol. 18 Issue 4, pR51-R65, 15p

Ac loss and interstrand contact resistance in bare and coated NbTi/Cu Rutherford cables with cores.

Authors: Sumption, M. D. Collings, E. W. Scanlan, R. M.

Source: Superconductor Science & Technology; November 2001, Vol. 14 Issue 11, p888-897, 10p

AC loss in cored, stabrite-coated, superconducting cables in response to external compaction and variation of core thickness and width.

Authors: Sumption, M. D. Collings, E. W. Scanlan, R. M. et al.

Source: Cryogenics; October 2001, Vol. 41 Issue 10, p733-744, 12p

Wind-induced motions of Deer Isle Bridge.

Authors: Kumarasena, T. Scanlan, R. H. Ehsan, F.

Source: Journal of Structural Engineering; November 1991, Vol. 117, p3356-3374, 19p

Developments in low-speed aeroelasticity in the civil engineering field.

Authors: Scanlan, R. H.

Source: AIAA Journal; June 1982, Vol. 20, p839-844, 6p

Influence of strand surface condition on interstrand contact resistance and coupling loss in NbTi-wound Rutherford cables.

Authors: Sumption, M. D. Collings, E. W. Scanlan, R. M.

Source: Cryogenics; March 1999, Vol. 39 Issue 3, p197-208, 12p

Core-suppressed AC loss and strand-moderated contact resistance in a Nb3Sn Rutherford cable.

Authors: Sumption, M. D. Collings, E. W. Scanlan, R. M.

Source: Cryogenics; January 1999, Vol. 39 Issue 1, p1-12, 12p

AC loss properties of some Bi:2212/Ag Rutherford cables and a comparison with those of cables wound with NbTi and Nb3Sn.

Authors: Sumption, M. D. Scanlan, R. M. Collings, E. W.

Source: Cryogenics; December 1998, Vol. 38 Issue 12, p1225-1232, 8p

Time series analysis of cooling tower wind loading.

Authors: Reed, D. A. Scanlan, R. H.

Source: Journal of Structural Engineering; February 1983, Vol. 109, p538-554, 17p

Flux pinning centers in superconducting Nb3Sn.

Authors: Scanlan, R. M.

Source: Journal of Applied Physics; May 1975, Vol. 46, p2244-2249, 6p