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The phrase "adapted to simulate and" is correct and usable in written English.
It can be used in contexts where you are describing something that has been modified or designed to mimic certain behaviors or functions.
Example: "The software was adapted to simulate and analyze various market scenarios for better decision-making."
Alternatives: "modified to replicate and" or "designed to imitate and".
Exact(1)
Here a moving boundary model is used and adapted to simulate and compare the transient behavior of a microchannel evaporator with a fin-and-tube evaporator for a residential air-conditioning system.
Similar(59)
Meanwhile the emulated cells can be connected in series, and can be adapted to simulate some faults, e.g., over-charge and over-discharge as well.
The simulator was adapted to simulate a ten litre lab-scale reactor processing three different well defined substrates as well as varying mixtures of these compounds.
The Regional Simulation Model (RS M, combined with the Transport and Reaction Simulation Engine (TARSE), was adapted to simulate ecology.
Several parameter settings are the same for all experiments and are adapted to simulate the behavior of our testbed environment.
However, these isotherms are primarily useful for simulating data collected at a fixed pH value and cannot be easily adapted to simulate pH-dependent adsorption effects.
The behavior of built-up T-stubs subjected to cyclic loading through the stem is studied through an experimental program and numerical analyses: twenty one-half scale T-stub specimens were tested under cyclic loading and a 3D finite model previously developed was adapted to simulate the cyclic response of the specimens under loading conditions similar to the experimental conditions.
Basically this is a magic trick, adapted to simulate the effects of cooking.
This technique could be adapted to simulate the patchy distribution of nutrients in soils at the microscale.
An existing pressure correction method to model unsteady flow with arbitrarily moving boundaries has been adapted to simulate three-dimensional blood flow in compliant vessels.
Although the model is developed for cubic to tetragonal transformations, it can be adapted to simulate martensitic transformations for other crystalline structures.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com