The phrase "faithfully simulate" is correct and usable in written English.
It can be used in contexts where you want to express that something is being replicated or imitated accurately and reliably.
Example: "The software is designed to faithfully simulate the conditions of a real-world environment for testing purposes."
Alternatives: "accurately replicate" or "reliably mimic."
The proposed method eliminates the need of making a real physical prototype by providing a reliable surface appearance design process in which he/she can faithfully simulate the final surface appearance in the early design stage of a product.
For the ion channel currents, two-state Hodgkin-Huxley formulation cannot faithfully simulate the activation, inactivation, and deactivation process as a multistate Markovian chain formulation does.
To most faithfully simulate the effects of an infectious agent spreading through a specific population we decided to use real instead of synthetic data.
These results, again, show that the technique we propose allows us to faithfully simulate in one step the occurrence of an enzymatic reaction directly using the data coming from the literature.
The simulated results indicate that many complicated flow phenomena occurred in dam break flows such as transcritical mixed flows, shock front propagation, overtopping flows, partial reflections, hydraulic jumps, hydraulic drops and multiple wave interaction, can be faithfully simulated.
The purpose of this study is to trigger students' interest in disaster prevention issues through the game we have developed, and to provide a scenario that faithfully simulates reality, to help students to understand and learn about the decision-making process in response to actual disasters.
"If the Deutsch model is correct, then this experiment faithfully simulates what could be done with an actual CTC.
Here, we studied the possibility of mammalian fertilization and preimplantation development under microgravity (µG) conditions using a three-dimensional (3D) clinostat, which faithfully simulates 10 3 G using 3D rotation.
Here, it needs to be stated that in periods with high values of discharge (mainly the wither period) the model appeared with several underestimations, comparing to the other periods with decreased runoff which the MIKE SHE model was able to simulate faithfully.
Furthermore, the model was also able to simulate faithfully such multivariable cellular phenomena as the force-frequency relationships and the caffeine pulse experiments.
The present study is an attempt to faithfully describe and simulate the observed behaviour of natural and experimentally induced colour patterns using simple equations, without stringently focusing on their hypothetical physicochemical or molecular bases.
