Older news items, in reverse chronological order:
- The 3rd [HPC]3 Workshop takes place Nov. 9-13, 2014
- Dispersive diffraction in periodic materials accepted to SIAM J. on Applied Math
- Exponential stability regions paper accepted to IMAJNA
- Errors in partitioned Runge-Kutta methods accepted to J. Sci. Comp.
- Internal stability paper accepted to SINUM
- High order Runge-Kutta paper accepted to CAMCoS
- New preprint: Reduced temporal convergence rates in high-order splitting schemes
- New preprint: Errors in partitioned Runge-Kutta methods
- New preprint: Dispersive diffraction in periodic materials
- New preprint: Internal stability of Runge-Kutta methods
- New preprint: SSP Multistep Runge-Kutta methods
- Effective order SSPRK paper published in SINUM
- Spatially partitioned RK methods paper accepted to SINUM
- Cylindrical solitary waves paper accepted to J. Sci. Comp.
- New preprint: High order one-step ODE solvers
- Effective order SSPRK paper accepted to SINUM
- New preprint: High order one-step ODE solvers
- Effective order SSPRK paper accepted to SINUM
- RK-Opt version 0.2 released
- Absolute monotonicity of rational functions preprint released
- Spatially partitioned embedded Runge–Kutta methods preprint released
- PyClaw paper among most read articles in SISC
- RK methods for spectral differencing paper accepted to SISC
- Paper on stability polynomials published in CAMCoS
- NodePy version 0.4 released
- SharpClaw paper accepted to SISC
- Preprint on optimized RK methods for spectral differencing
- PyClaw paper accepted to SISC's software section
- RK-opt: software for the design of Runge-Kutta methods
- KAUST FIC Spring School now completed
- [HPC]3 Workshop slides and reports available
- New PyClaw paper available on arXiv
- [HPC]3 Workshop to be held Feb. 4-8, 2012
- New open position: postdoctoral fellowship in seismic modelling