• # PREMIX

• Referenced in 52 articles [sw27815]
• temperature profiles in steady-state burner-stabilized and freely propagating premixed laminar flames. The program ... this algorithm is aided by invoking time integration procedures when the Newton method has convergence...
• # SERK2v3

• Referenced in 8 articles [sw14473]
• ordinary differential equations (ODE) solvers for the integration of stiff problems. However, in this manuscript ... Stabilized explicit Runge-Kutta methods (SERK) are a class of explicit methods with extended stability ... stability region is $O(s^2)$. Hence, the computational cost is $O(s)$ times lower ... stability domain is adapted precisely to the spectrum of the problem at the current time...
• # pyParareal

• Referenced in 16 articles [sw26067]
• relation of the Parareal parallel-in-time integration method. It investigates Parareal’s wave propagation ... better understand what causes the well documented stability problems for hyperbolic equations. The analysis shows...
• # TBB

• Referenced in 2 articles [sw29299]
• adaptive multiresolution and high order time integrators with specific stability properties for each operator, this...
• # veDYNA

• Referenced in 12 articles [sw04237]
• time applications like hardware-in-the-loop testbeds or driving simulators require appropriate integration methods ... appropriate stabilization techniques to keep the error in the constraints bounded for arbitrary time intervals...
• # IRKC

• Referenced in 21 articles [sw00452]
• code IRKC is intended for the time integration of systems of partial differential equations (PDEs ... reaction terms and which impose a stability constraint associated with the diffusion terms that...
• # MISTRAL

• Referenced in 5 articles [sw00579]
• incompressible Navier-Stokes equations, a pressure stabilization technique and a multiscale turbulence modeling. A unique ... technique is also employed in the time integration to realize an efficient inversion...

• Referenced in 7 articles [sw08216]
• stepsize variable formula method in the time-integration part of a code for treatment ... large systems of ordinary differential equations are integrated by a variable stepsize variable formula method ... accuracy control and a stability control are performed for each time step. Numerical experiments with...
• # PRONTO 2D

• Referenced in 13 articles [sw18327]
• uses an explicit time integration operator to integrate the equations of motion. Four node uniform ... adaptive time step control algorithm is described which greatly improves stability as well as performance...
• # UDDAE_Optimization

• Referenced in 3 articles [sw38320]
• order to improve the stability properties of a time-delay system, which can be affected ... take into account integral controller and distributed terms. The time-delay system may non-linearly ... take into account the uncertainty, the stabilization minimizes an objective function consisting of the mean ... gradient are numerically evaluated by computing integrals using quasi-Monte Carlo methods. The minimization...
• # GePUP

• Referenced in 8 articles [sw15834]
• methods, the GePUP formulation treats the time integrator as a black box. This prominent advantage ... implicit time-stepping scheme and another explicit time-stepping scheme. Apart from its stability...
• # Exshall

• Referenced in 6 articles [sw31906]
• large time-step scheme to a hemispheric barotropic model with constraint restoration of integral invariants ... particularly algorithms related to the efficiency and stability of T–Z scheme and the quadratic...
• # ECOM

• Referenced in 7 articles [sw16817]
• ECOM combines conformal mapping and Fourier and integral equation methods on the unit disk ... equal run time. ECOM has been developed to provide equilibrium quantities and details ... flux contour geometry as inputs to stability, wave propagation and transport codes...
• # ICON

• Referenced in 9 articles [sw31159]
• prognostic variable. Time integration is performed with a two‐time‐level predictor–corrector scheme that ... wave propagation. To achieve competitive computational efficiency, time splitting is applied between the dynamical core ... ICON dynamical core combines high numerical stability over steep mountain slopes with good accuracy...