The phrase "a realistic fault" is correct and usable in written English.
It can be used when discussing a flaw or error that is plausible or believable in a given context, such as in storytelling, character development, or analysis.
Example: "The protagonist's struggle with self-doubt is a realistic fault that makes her relatable to the audience."
Alternatives: "a believable flaw" or "a plausible error."
Therefore, rather than a single fault model, we chose to use a more realistic fault model to analyze the source process of this earthquake.
Therefore, the use of a single fault plane model, which has been adopted in many source-process analyses, is unsuitable to analyze the source process of this event and a more realistic fault model needs to be used.
Finally, the wind turbine benchmark is used to evaluate the performances of the proposed method against a set of realistic fault scenarios.
To analyze the source process of the M 7.3 event, we developed a realistic curved fault model.
Nevertheless, their work has motivated us to test the feasibility of predicting future afterslip propagation and its triggering of another earthquake with a realistic continuum fault model based on an adjoint method.
Based on the observations of surface ruptures, the spatial distribution of aftershocks, and the geodetic data, a realistic curved fault model was developed for source-process analysis of this event.
These were designed to cover a wide range of the flight envelope, specific challenging manoeuvres and realistic fault types.
The active fault tolerant control scheme is therefore applied to a wind turbine simulated benchmark, in the presence of disturbance and measurement errors, along nominal operating conditions, including also different realistic fault situations.
Models that incorporate realistic fault orientation distributions show mean bulk permeabilities that are up to two orders of magnitude lower than the rock matrix.
The proposed schemes are evaluated by a series of simulations on a well-known large off-shore wind turbine benchmark in the presence of wind turbulences, measurement noises, and different realistic fault scenarios.
