Linked from

The 28 pages that link to Initial condition, each with the reason it gives.

• Computational fluid dynamicsRelated: Transient CFD simulations need an initial flow field from which to evolve.

• Navier–Stokes equationsRelated: Time-dependent solutions require an initial velocity and, when relevant, density field.

• Initial-value problemRelated: It provides the data that distinguish the desired solution from other solutions.

• Phase spaceRelated: A single initial point selects a trajectory when the governing dynamics are fixed.

• Dynamical systemRelated: Together with the evolution rule, it determines a trajectory.

• Heat equationRelated: The initial temperature profile determines which solution evolves under the heat equation.

• DeterminismRelated: A deterministic law yields one evolution when paired with a fully specified starting state.

• Recurrence relationRelated: Initial values give a recurrence enough information to determine a specific sequence.

• N-body simulationRelated: A simulation's predicted evolution depends on its chosen initial state.

• SimulationRelated: Changing initial conditions can lead a simulation toward different trajectories.

• Ballistic trajectoryRelated: A projectile’s launch position and velocity set its subsequent path.

• Mathematical modelRelated: Dynamic models need a starting state to produce a particular trajectory.

• Periodic orbitRelated: The initial state selects a trajectory whose later return can be tested.

• Data assimilationRelated: Assimilation produces improved initial conditions for subsequent forecasts.

• AntiderivativeRelated: It fixes the additive constant when recovering a function from its derivative.

• Arrow of timeRelated: A low-entropy past is the boundary condition from which the familiar arrow develops.

• Uranium-series datingRelated: The assumed starting isotope composition affects how the measured disequilibrium maps to elapsed time.

• Existence and uniqueness theoremBroader topic: Uniqueness means these data select at most one solution within the theorem’s hypotheses.

• AttractorRelated: Changing it can select a different attractor when basins are separate.

• Auxiliary hypothesisRelated: Initial conditions let a theory generate particular predictions from general laws.

• Lucas sequenceRelated: Changing the first two terms changes the resulting Lucas sequence.

• Scientific lawRelated: A law of motion generally needs initial conditions to determine a particular trajectory.

• Constant (mathematics)Related: It can determine the otherwise free constant in a differential-equation solution.

• Deterministic systemRelated: A deterministic system’s trajectory is fixed once its initial condition and rules are specified.

• Parabolic partial differential equationRelated: It supplies the starting state from which parabolic evolution proceeds.

• Deductive-nomological modelRelated: They connect a general law to the specific event being explained.

• Boolean networkRelated: Different starting states can lead to different attractors in the same network.

• Rayleigh problemRelated: The fluid is initially stationary before the plate begins moving.