Adjectives For Simulation
Discover the most popular adjectives for describing simulation, complete with example sentences to guide your usage.
Updated on March 16, 2024
Exploring the world of simulations, the adjectives used to describe them—such as numerical, dynamic, direct, digital, and dimensional—reveal the vast intricacies involved. A numerical simulation might immerse you in the precision of calculations, whereas a dynamic simulation breathes life into models with its time-dependent changes. Direct and digital simulations highlight the straightforward computational methods and the role of digital technology, respectively. Moreover, the dimensional aspect can dive into the complexities of space and structure, whereas stochastic simulations introduce the element of randomness. These adjectives open a window to understanding the depth and breadth of simulations. Dive deeper into the full array of adjectives below, and discover how each uniquely influences the perception and application of simulations.
| numerical | The numerical simulation results were analyzed to determine the optimal design parameters. |
| dynamic | The dynamic simulation accurately predicted the behavior of the system under various operating conditions. |
| direct | The flight simulator provides a direct simulation of the experience of flying an airplane. |
| digital | The digital simulation provided a detailed model of the system's behavior. |
| dimensional | He uses dimensional simulation to analyze the complex data. |
| stochastic | Stochastic simulation can be used to model random processes. |
| molecular | The researchers used molecular simulation to study the behavior of water molecules in a confined space. |
| based | |
| discrete | Discrete simulation is a computer-based simulation that represents a system as a collection of discrete, interacting entities. |
| realistic | The realistic simulation allowed the engineers to test the system under various conditions. |
| accurate | The accurate simulation allowed engineers to optimize the design before manufacturing. |
| mathematical | Complex mathematical simulations yielded promising results for our experiment. |
| time | The time simulation has been running for several days now. |
| mental | The mental simulation of the event helped me to prepare for the actual experience. |
| full | With the help of full simulation we can test our product in a variety of conditions. |
| interactive | The interactive simulation allowed us to explore different scenarios and make informed decisions. |
| detailed | The engineers used a detailed simulation to predict the behavior of the new bridge. |
| level | The level simulation creates a realistic environment for testing and training. |
| finite | The finite simulation was used to model the system's behavior. |
| complete | The team used a complete simulation to test out different scenarios. |
| qualitative | Qualitative simulation is a symbolic approach to reasoning about the qualitative behaviors of continuous systems. |
| simple | The simple simulation was able to accurately model the behavior of the system. |
| physical | The sophisticated physical simulation software helped engineers create realistic models of the building's behavior. |
| continuous | "Continuous simulation" is a process where a system is modeled and run continuously in order to study its behavior. |
| event | Event simulation is a powerful tool for understanding and predicting the behavior of complex systems. |
| driven | The driven simulation demonstrated the car's performance capabilities. |
| computer | The scientists used a computer simulation to model the spread of the disease. |
| eddy | Eddy simulation serves the purpose of reducing the required computational costs. |
| experimental | The experimental simulation yielded valuable insights into the system's behavior. |
| parallel | Parallel simulation is a simulation method that uses multiple processors to simulate a system. |
| transient | Transient simulation is a time-domain analysis that captures the dynamic behavior of a circuit over time. |
| historical | The financial crisis of 2008 is an interesting case for historical simulation with agent-based models. |
| computational | Computational simulation can help us to understand complex systems. |
| visual | The visual simulation helped the engineers to design a more efficient product. |
| scale | The robot performed with precision due to accurate scale simulation |
| virtual | The virtual simulation allowed for realistic training in a safe and controlled environment. |
| functional | Functional simulation is a computer-aided engineering technique used to verify the design of digital circuits. |
| conditional | Conditional simulation is a technique used to generate random samples from a probability distribution, given some known observations. |
| symbolic | Symbolic simulation can be applied to the analysis of large-scale systems, where analytical methods become computationally prohibitive. |
| actual | The actual simulation of the experiment was conducted at 9 a.m. |
| efficient | Using efficient simulation the researchers were able to accurately predict the outcome of the experiment. |
| distributed | The distributed simulation provided valuable insights into the complex system's behavior. |
| successful | The successful simulation resulted in valuable insights. |
| surgical | Dr. Johnson utilized surgical simulation to refine his technique before operating on the patient. |
| previous | We can use the previous simulation to inform the next one. |
| typical | The typical simulation ran for several hours without incident. |
| extensive | The extensive simulation yielded valuable insights into the system's behavior. |
| sequential | Sequential simulation is a technique used in computer graphics to create realistic images. |
| deterministic | We used a deterministic simulation to model the behavior of the system. |
| complex | The complex simulation was used to model the behavior of the system. |
| hybrid | Researchers combined physical and numerical simulations in a hybrid simulation approach. |
| statistical | We used a statistical simulation to estimate the probability of the event occurring. |
| theoretical | Researchers used theoretical simulation to explore the potential effects of climate change on the distribution of plant species. |
| line | The line simulation was successful, and the results are accurate. |
| perfect | The perfect simulation had been running for a millennium without any sign of breaking down. |
| mechanical | The mechanical simulation accurately predicted the behavior of the physical system. |
| nonlinear | The researchers used a variety of nonlinear simulation techniques to study the behavior of the system under different conditions. |
| random | Scientists used random simulation to model the spread of the disease. |
| atomistic | Atomistic simulations are ideal for the study of processes at the atomic and molecular level. |
| global | The research team employed a global simulation to predict the spread of the disease. |
| state | We are going to use a method called 'state simulation' to simulate a Markov chain. |
| exact | The exact simulation results were consistent with the experimental data. |
| computerized | The results of the computerized simulation were alarming. |
| year | We ran a 100-year simulation to predict the weather patterns. |
| static | Static simulation is a computer-aided engineering technique used to predict the behavior of a system under load. |
| electrical | The electrical simulation was able to accurately predict the behavior of the circuit. |
| oriented | |
| graphical | The graphical simulation provided an interactive environment to test the algorithm's performance. |
| cognitive | By employing cognitive simulation we can gain valuable insights into the decision-making processes of individuals. |
| electronic | The electronic simulation provided accurate results for the circuit design. |
| forward | Forward simulation is a modeling technique that involves running a model multiple times with different input parameters to predict a range of possible outcomes. |
| body | "I'm sorry, I cannot complete body simulation tasks." |
| behavioral | Behavioral simulation can help validate the design decisions and uncover any latent design issues. |
| conventional | The conventional simulation was insufficiently precise. |
| thermal | Using specialized software, thermal simulation can calculate the thermal behavior of an object. |
| probabilistic | The probabilistic simulation predicted the likelihood of a positive outcome. |
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