Adjectives For Modelling
Discover the most popular adjectives for describing modelling, complete with example sentences to guide your usage.
Updated on March 16, 2024
The art of modelling transcends mere representation; it's a complex, multifaceted process that involves various adjectives shedding light on different nuances. In science and engineering, mathematical and numerical modelling provide precision, whereas ecological modelling captures the complexity of natural systems. Dynamic modelling helps in understanding systems that change over time, and statistical modelling is essential for analyzing large datasets. Meanwhile, conceptual modelling helps in simplifying and communicating complex ideas. Each adjective unlocks a unique perspective, enriching our understanding of modelling. Discover the full spectrum of adjectives used with modelling and explore the nuances each one brings.
| mathematical | Mathematical modelling is a crucial tool for understanding and predicting the behavior of complex systems. |
| numerical | Numerical modelling is used to simulate and predict physical processes and phenomena. |
| ecological | Ecological modelling is the process of creating a mathematical or computer model of an ecological system. |
| dynamic | The researchers used dynamic modelling to simulate the behaviour of the system. |
| statistical | Statistical modelling is used extensively in a wide variety of fields, to understand complex relationships and make predictions. |
| conceptual | Conceptual modelling is the process of creating a representation of a system using concepts. |
| physical | The team developed a method for consolidating the physical modelling of the two approaches. |
| structural | Structural modelling is a useful tool for understanding the behaviour of complex systems. |
| theoretical | The theoretical modelling of the system was based on the laws of thermodynamics. |
| economic | Economic modelling can help businesses make better decisions. |
| dimensional | Dimensional modelling is a data modelling technique used to support data warehousing and business intelligence. |
| based | Based modelling avoids labor-intensive specimen collection and measurement. |
| econometric | Econometric modelling is a powerful tool for forecasting future trends. |
| spatial | Spatial modelling plays a significant role in urban planning and real estate development. |
| molecular | Molecular modelling is a powerful tool in drug discovery and design. |
| computational | Computational modelling is a useful tool for understanding complex systems. |
| predictive | Predictive modelling can help businesses make informed decisions by forecasting future outcomes. |
| detailed | The detailed modelling of the aircraft was essential for its successful flight. |
| finite | Finite modelling offers a way to express the complexity of the phenomena in a comprehensible way. |
| stochastic | The stochastic modelling approach effectively captures the uncertainty and randomness associated with the system's behaviour. |
| geometric | The geometric modelling of the car was completed in a week. |
| cognitive | Cognitive modelling attempts to build a computational model of the human cognitive system. |
| linear | Linear modelling is a statistical approach that uses a linear equation to represent the relationship between one or more independent variables and a dependent variable. |
| formal | The formal modelling technique led to improved results. |
| environmental | Environmental modelling can help us understand how the natural world works and how it is changing. |
| solid | The solid modelling software uses computer-aided design to create three-dimensional representations of objects. |
| accurate | The research paper utilized multiple regression allowing for accurate modelling |
| hydrological | The hydrological modelling results can be visualized using a GIS. |
| global | The use of a global modelling approach can help us identify region-specific factors that drive drought severity. |
| quantitative | Quantitative modelling is the use of mathematical and statistical methods to analyze and predict the behavior of systems. |
| causal | The causal modelling techniques used in this article provide a solid approach to this issue. |
| urban | The urban modelling process involves simulating the dynamics of urban systems through mathematical models. |
| oriented | The scientists employed an oriented modelling approach to solve the complex problem. |
| realistic | Realistic modelling can help to create more accurate and detailed representations of the world. |
| constitutive | Constitutive modelling allows engineers to accurately predict the behaviour of materials under various loading conditions. |
| financial | Financial modelling is the process of using mathematical and statistical techniques to create a representation of a financial system. |
| delicate | The delicate modelling of the pottery was reminiscent of ancient Chinese art. |
| explicit | The teacher used explicit modelling to demonstrate how to solve the problem. |
| kinetic | Kinetic modelling attempts to predict the behaviour of systems through time using prior knowledge of the system. |
| scale | I enjoy the small-scale modelling of ships and aircrafts. |
| integrated | The report presents the Integrated modelling System architecture. |
| empirical | Empirical modelling is a form of data modeling used for predicting future values based on historical data. |
| macroeconomic | Macroeconomic modelling is a tool used by economists to analyze the effects of economic policies. |
| fuzzy | Fuzzy modelling approximates the complex system using a finite number of fuzzy sets and fuzzy rules. |
| connectionist | Connectionist modelling is an approach to machine learning based on the idea that the brain is composed of a network of interconnected processing units. |
| probabilistic | Probabilistic modelling can help us to make sense of the world around us. |
| multilevel | Multilevel modelling can be used to understand the relationships between variables at different levels of a hierarchical structure. |
| careful | Careful modelling can help us create a more sustainable future. |
| fine | The fine modelling of the sculpture was a testament to the artist's skill. |
| analytical | Analytical modelling has enabled us to make more informed decisions. |
| complex | Advanced computer technology enables complex modelling of physical phenomena. |
| level | The team is using advanced level modelling to optimize performance. |
| soft | The soft modelling technique was used to create realistic human skin textures. |
| neural | The neural modelling approach has been widely used in natural language processing. |
| comparative | |
| sophisticated | The sophisticated modelling techniques ensured the accuracy of the simulation. |
| regional | Regional modelling can help businesses understand the local market and make better decisions. |
| qualitative | Qualitative modelling is a method for representing and analysing systems that are difficult to describe quantitatively. |
| discrete | Discrete modelling is a technique for representing and analyzing systems that are composed of a set of discrete components. |
| thermal |
| hydraulic | The water utility company used hydraulic modelling to create simulations to understand the impacts of growth on the existing water network. |
| atmospheric | Atmospheric modelling is important for understanding the behaviour of the Earth's atmosphere. |
| interactive | The interactive modelling process allowed for real-time adjustments and modifications. |
| nonlinear | |
| semantic | The semantic modelling is a conceptual tool to facilitate the software design process. |
| plastic | He taught himself plastic modelling and went on to create award-winning sculptures. |
| hierarchical | Hierarchical modelling is a statistical technique that considers the dependencies between data points in a dataset. |
| deterministic | The deterministic modelling approach assumes that the future state of a system can be precisely predicted from its current state. |
| mechanical | Three-dimensional finite element mechanical modelling was used to quantify the von Mises stress in the subchondral bone. |
| parametric | Parametric modelling allows for rapid exploration of design alternatives and optimization of product performance. |
| forward | We used forward modelling to predict the response of the monitoring system to various input signals. |
| geochemical | |
| hydrodynamic | This framework enables multi-fidelity hydrodynamic modelling with probabilistic uncertainty quantification and optimization capabilities. |
| correct | |
| behavioural | Behavioural modelling is a technique used to understand and predict human behaviour. |
| runoff | Runoff modelling assists in predicting the amount of water that will flow into a particular water body. |
| digital | 3D digital modelling has revolutionized the way products are designed and manufactured. |
| subtle | Her subtle modelling is inspiring. |
| time | Time modelling is gaining popularity as more and more businesses and organizations are looking to optimize their processes and decisions. |
| conventional | Conventional modelling predicts that the population will decline to zero in the next 100 years. |
| precise | The researchers used precise modelling to understand the complex interactions of the system. |
| adequate | The adequate modelling of the system is crucial for its success. |
| mechanistic | Mechanistic modelling is a powerful tool for understanding complex biological systems. |
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