Adjectives For Simulations
Discover the most popular adjectives for describing simulations, complete with example sentences to guide your usage.
Updated on March 16, 2024
The use of adjectives with the noun 'simulations' can significantly alter the focus and implications of a discussion, pointing to various specialized fields and applications. For instance, 'numerical simulations' often emphasize the computational aspects, suggesting precision and algorithmic complexity. 'Molecular simulations,' on the other hand, dive into the microscopic world, exploring interactions at an atomic or molecular level. 'Dimensional' and 'dynamic simulations' imply a focus on spatial characteristics and the evolving nature of the system, respectively. Similarly, 'direct' and 'based simulations' hint at the methodology and foundational principles employed. Each adjective opens a new window into the vast and varied landscape of simulation technology. Discover the full spectrum of adjectives that bring color and context to simulations below.
| numerical | We performed numerical simulations to investigate the effects of the parameters. |
| molecular | Accurate molecular simulations rely on reliable force fields. |
| dimensional | The researchers developed advanced dimensional simulations to explore the properties of the material. |
| dynamic | The engineers used dynamic simulations to optimize the design of the new bridge. |
| direct | We used direct simulations to study the behavior of the system. |
| based | |
| realistic | The latest computer games use realistic simulations to create a more immersive experience for the player. |
| extensive | Extensive simulations were used to predict the behavior of the new system. |
| detailed | The engineers used detailed simulations to predict the building's performance. |
| scale | The team used computer-based scale simulations to assess the water uptake in different regions of the soil profile. |
| stochastic | Stochastic simulations can be used to model complex systems where the behavior of the system is uncertain. |
| most | The most simulations ran for less than two minutes. |
| body | The researchers hope that the system will eventually be able to simulate entire body simulations |
| recent | Scientists continue to study recent simulations that predict possible weather patterns. |
| previous | In previous simulations we observed an increase in productivity. |
| complex | Researchers developed complex simulations to predict the behavior of the new material. |
| atomistic | Runs of atomistic simulations can test the proposed conclusion. |
| finite | Our results began to match Fourier's theoretical predictions when we implemented finite simulations which encode the uncountable infinite modes of a field into a finite set of degrees of freedom. |
| interactive | These interactive simulations provide a hands-on approach to learning. |
| accurate | The accurate simulations allowed us to predict the outcome with confidence. |
| additional | To get more accurate results, the team created additional simulations |
| computational | Computational simulations have enabled us to better understand complex natural phenomena. |
| experimental | Researchers used experimental simulations to test the hypothesis. |
| theoretical | Theoretical simulations showed the potential of carbon-based sensors for detecting heavy metal ions in aqueous solutions. |
| digital | Complex digital simulations were used to predict the outcome of the experiment. |
| level | These level simulations will operate in real-time with data flow-through. |
| multiple | Researchers utilized multiple simulations to explore the effects of various parameters on the system's performance. |
| mental | His mental simulations of the meeting kept him awake all night. |
| discrete | We utilized discrete simulations to model the system's behavior under various conditions. |
| time | The scientists used time simulations to predict the behavior of the new drug. |
| eddy | Eddy simulations helped us understand the turbulence in the flow. |
| following | Then we can estimate the capacity of the proposed method through following simulations |
| transient | Transient simulations are a powerful tool for understanding the dynamic behavior of electronic circuits. |
| mathematical | The scientist used sophisticated mathematical simulations to predict the behavior of the new drug. |
| dynamical | The researchers used dynamical simulations to study the behavior of the system. |
| subsequent | Utilizing the model produced by the initial calibration, subsequent simulations were performed to evaluate the system's performance under various conditions. |
| global | Global simulations provide valuable insights into future climate patterns and atmospheric changes. |
| virtual | The students utilized virtual simulations to delve into a complex scientific concept. |
| classical | The researchers used classical simulations to study the behavior of the system. |
| sophisticated | The researchers utilized sophisticated simulations to predict the trajectory of the projectile. |
| term | In addition to the usual models, there are also term simulations that are used in meteorology. |
| hydrodynamic | Numerical hydrodynamic simulations provide a unique insight into the mechanisms behind these phenomena. |
| independent | Independent simulations are used to determine whether different factors affect the results of an experiment. |
| numerous | Numerous simulations revealed the possible outcomes of the experiment. |
| conditional | We ran conditional simulations to assess the impact of different parameters on the model's predictions. |
| earlier | He relies heavily on earlier simulations |
| preliminary | |
| deterministic | The deterministic simulations accurately predicted the outcome of the experiment. |
| above | The above simulations show that the model is able to learn the task. |
| driven | Researchers conducted driven simulations to explore the effects of varying parameters on the system's behavior. |
| hydrodynamical | Using state-of-the-art hydrodynamical simulations we study the formation and clustering of massive galaxies in the Virgo Consortium simulations. |
| nonlinear | Nonlinear simulations were used to explore the dynamics of the system. |
| static | Static simulations can provide valuable insights into the behavior of complex systems without the need for physical experimentation. |
| corresponding | Researchers performed two corresponding simulations to validate the impact of using a mobile phone while driving. |
| computerized | Computerized simulations have revolutionized the way we predict and analyze complex phenomena. |
| parallel | Researchers can perform parallel simulations to save computation time. |
| cosmological | Cosmological simulations provide a powerful tool for studying the formation and evolution of galaxies. |
| alternative | We explored alternative simulations of the scenario to test its robustness. |
| dependent | These dependent simulations allow the model to make fine-grained predictions about the future. |
| random | I conducted random simulations to see how different variables affected the outcome. |
| counterfactual | Researchers used counterfactual simulations to assess the impact of policies on healthcare outcomes. |
| visual | The pilot's training included experiencing a variety of visual simulations |
| state | They used state simulations to predict the outcome of the election. |
| kinetic | Kinetic simulations revealed the influence of steric effects on the site-selectivity of the reaction. |
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