%0 Journal Article %1 argyris1973dynamic %A ARGYRIS, J %A DUNNE, P %A ANGELOPOULOS, T %D 1973 %K DYNAMIC RESPONSE %T DYNAMIC RESPONSE BY LARGE STEP INTEGRATION %X A family of uncoioditionally stable algorithms for the economical computation of large linear dynamic systems is described and applied. Possible application to divergent systems is considered and some of the difficulties of extending the use of the algorithms to non-linear systems arc discussed. Jn the Appendix a previously developed conditionally staMc algorithm is applied to the non-linear gust response of a prestrcssed cable roof structure over the Munich Olympic Stadium. The idealization involves 1,164 degrees of freedom.

@article{argyris1973dynamic, abstract = {A family of uncoioditionally stable algorithms for the economical computation of large linear dynamic systems is described and applied. Possible application to divergent systems is considered and some of the difficulties of extending the use of the algorithms to non-linear systems arc discussed. Jn the Appendix a previously developed conditionally staMc algorithm is applied to the non-linear gust response of a prestrcssed cable roof structure over the Munich Olympic Stadium. The idealization involves 1,164 degrees of freedom.}, added-at = {2020-06-05T16:52:07.000+0200}, author = {ARGYRIS, J and DUNNE, P and ANGELOPOULOS, T}, biburl = {https://www.bibsonomy.org/bibtex/24b93c7c2858e3a0938c56329bf32e5e5/ceps}, interhash = {62cdcdea117a69d84e3259dfc12d4c4c}, intrahash = {4b93c7c2858e3a0938c56329bf32e5e5}, keywords = {DYNAMIC RESPONSE}, timestamp = {2023-12-20T14:34:54.000+0100}, title = {DYNAMIC RESPONSE BY LARGE STEP INTEGRATION}, year = 1973 }