Multiscale Models Shed Light on Tuberculosis Get InvolvedConferencesResearchInsightsCommentarySIAM Newssiam.org FeedsComputational Science & Numerical AnalysisLife Sciences Tuberculosis is unique compared to many other diseases, leading to major challenges in its characterization.
A Mathematical Tale of Fibers, Fluids, and Flagella Get InvolvedConferencesResearchInsightsCommentarySIAM Newssiam.org FeedsComputational Science & Numerical AnalysisLife SciencesMathematical Aspects of Materials Science Motion in the microscopic world involves an entirely different set of forces than those that govern macroscopic environments.
AN22 Panel Series Examines LGBTQ+ Identity and Inclusion in the Applied Mathematics Community Get InvolvedConferencesCareersStudents and EducationProfessional Developmentsiam.org FeedsStudentCareer Participants of two hybrid panels discussed their experiences as openly LGBTQ+ individuals in applied mathematics.
Multiscale Finite Element Method for Urban Canopies in Climate Models ResearchInsightsCommentarysiam.org FeedsComputational Science & Numerical AnalysisDiscrete Mathematics and Theoretical Computer ScienceGeosciences and Math of Planet EarthAnalysis and Partial Differential Equations Multiscale numerical modeling offers a framework for the transfer of information from the subgrid scale to the coarse grid.
Improving Numerical Accuracy for the Viscous-plastic Formulation of Sea Ice ResearchInsightsCommentarysiam.org FeedsComputational Science & Numerical AnalysisDynamical Systems, Nonlinear WavesGeosciences and Math of Planet Earth The accurate modeling and simulation of sea ice dynamics is crucial for the prediction of environmental variables.