The phrase "advanced simulation tools" is correct and usable in written English.
You can use it when referring to sophisticated software or equipment designed for simulating various scenarios or processes, often in fields like engineering, science, or gaming.
Example: "The researchers utilized advanced simulation tools to model the effects of climate change on coastal ecosystems."
Alternatives: "sophisticated simulation software" or "high-level simulation resources."
The research highlighted the importance to apply advanced simulation tools and energy performance monitoring platforms in practice, and encourage stakeholder collaborations in the whole supply chain.
In this study, the RC model is evaluated against advanced simulation tools that are well accepted and evaluated within their individual scientific communities.
Our study suggests that advanced simulation tools can potentially provide a variety of numerical experiments that may prove useful for roadway design communities to intelligently design roadways, making effective use of roadside barriers.
Many of these funds are putting time and resources into securing data sets, technical mentors and advanced simulation tools to support the unique needs of AI startups.
Advanced simulation tools were used to evaluate and optimize the planed microclimatic modifications.
Advanced simulation tools, particularly large-eddy simulation techniques, are becoming capable of making quality predictions of jet noise for realistic nozzle geometries and at engineering relevant flow conditions.
The complexity of the dynamic response of offshore marine structures requires advanced simulations tools for the accurate assessment of the seakeeping behaviour of these devices.
ChemChains is a feature-rich logic network simulation software which offers users many advanced simulation options.
SAFEDOR has been focusing work on the development of a risk-based regulatory framework, a risk-based design framework, advanced probabilistic simulation tools and their integration as well as a series of application examples.
With advanced numerical simulation tools becoming less error-prone, this will not only improve the flow simulation alone, but also influence coupled computations, like design optimization, simulations of fluid-structure interaction or multi-disciplinary optimization.
Most examples and some very recent original developments are given, mostly in the field of neutronics that has traditionally provided cutting edge advances for simulation tools validation.
