The phrase "allows for a simulation of" is correct and usable in written English.
It can be used when discussing the capability of a system, tool, or method to create a simulated environment or scenario.
Example: "The software allows for a simulation of various weather conditions to test the resilience of the infrastructure."
Alternatives: "enables a simulation of" or "facilitates a simulation of".
Furthermore the addition of a pool of isolates without clinical data allowed for a simulation of real life treatment scenario of an outpatient with UTI.
The presented extension of the Boolean approach to a probabilistic Boolean network allows for a stochastic simulation of regulatory and signaling networks, which are already presented in the rxncon formalism.
This way, it allows for a stochastic simulation of the reaction system and, hence also for a quantitative analysis.
It was also shown that the hypothesis of perfect bond at the GFRP-glass interfaces allows for an accurate simulation of joints with high levels of interaction (epoxy), while calibrated interface elements are needed for joints with low level of interaction (polyurethane).
The TCP/IP based data exchange routine allows for a co-simulation of borehole heat exchangers and of HVAC components, so that each subsystem can be modeled in its specialized simulation environment.
For example for time-dependent problems where different time scales are present, waveform relaxation schemes are a promising approach that still allows for an efficient simulation of the problem.
Titan has the largest total system memory of 584 TB which allows for a production simulation with PKDGRAV3 of (8 times10^{12}) particles with a time-to-solution of 67 hours.
171 (2001) 632 677] has allowed for a direct simulation of nonlinear self-focusing without neglecting nonparaxial effects and backscattering.
The scenario took place in a burn building, a multi-story training facility that allows for a highly realistic simulation of fire incidents.
The current implementation of ChemChains offers two ways to distribute the ON/OFF state along this sequence: i) evenly (i.e., from the example above, the input will be ON every other iteration) and ii) with noise (the Noise variable is explained in the following section) which allows for a more realistic simulation of a biological process where network inputs are almost always noisy.
