Computer modelling consists of writing a computer program version of a mathematical model for a physical or biological system. Computer simulations that are run according to such programs can produce knowledge out of reach of mathematical analysis or natural experimentation. Uncover the latest and most impactful research in Computer Modelling. Explore pioneering discoveries, insightful ideas and new methods from leading researchers in the field.
Over three decades, the Agricultural Production Systems sIMulator (APSIM) has evolved from a cropping systems modelling framework into a widely used platform for analyzing agricultural systems. This evolution has been underpinned by collaboration...
Cone-beam computed tomography (CBCT) is widely used in image-guided radiotherapy and adaptive radiotherapy, but its direct quantitative use is limited by scatter artifacts, low soft-tissue contrast, and inaccurate Hounsfield unit (HU) values....
Anthropomorphic mannequins are widely used in biomedical research, medical imaging studies, and clinical training. However, commercial models are often expensive and have limitations in terms of anatomical customization. This study evaluates the...
Accurate transformation between historical geodetic datums and modern satellite-based reference frames is essential for integrating legacy terrestrial datasets into contemporary spatial infrastructures. This study investigates two-dimensional datum...
Open-domain image editing requires accurate semantic modification while preserving identity, structure, and non-target visual content. Existing diffusion- and rectified-flow-based editors often remain affected by attribute coupling, spurious...
This study introduces the Burak Diagrams by incorporating an orthogonal bias axis into the Taylor Diagram (Taylor 2001), thereby enabling multiple performance metrics to be represented as analytically derived 3D surfaces. Three Burak Diagrams are...
FLOWS (FLOws of Water and Solutes in soils) is a dynamic physically-based model to simulate water flow and solute transport in the soil–plant–atmosphere system. The numerical code was written in MATLAB. One-dimensional vertical transient water flow...
Purpose Finite element (FE) models are widely used to study traumatic brain injury, but most are based on single-subject scans or generic atlases that may not represent specific cohorts, introducing variability in biomechanical outputs. This study...
It is absolutely essential to support the rapidly growing need for Electric Vehicles (EVs) through electronic and energy systems with high efficiency, reliability and performance as a major solution for sustainable transportation. The computational...
Purpose Quantification of walking function, including joint motions, ground reactions, and joint loads, outside the lab without the use of force plates is a growing research area. Because only joint motions can currently be measured outside the lab,...
Retinal vessel segmentation is a key task in medical computer vision. Quantitative phenotypes derived from segmentation, such as vessel density, caliber, tortuosity, and fractal dimension, can provide important evidence for assessing ophthalmic...
This study aims to develop a conditional visual generation model that maps process-structure relationships, generating scanning electron microscopy (SEM) images of metallographic microstructures under specified conditions based on input process...
Abstract Accurate prediction of thermal evolution during Wire Arc Additive Manufacturing (WAAM) is essential for process control and defect reduction. High-fidelity simulations provide detailed temperature fields but are computationally expensive,...
It is essential to consider the vibration behaviour of a technical system as early as possible in the product development process. While quantitative product modelling approaches can provide detailed analyses on vibration behaviour, their early...
This study proposes an integrated design and modeling method for personalized multifunctional furniture based on intelligent networks and a cloud-rendering platform. A multisource requirement perception model is developed to transform users’...
High-performance computing is critical in hydrodynamic simulations of floods, where the grid resolution and floating-point format significantly affect computational efficiency. This study employs a self-developed model to simulate hydrodynamic...
This book compiles cutting-edge research on mechanistic analysis, advanced monitoring, and targeted remediation of localized environmental contamination. Centered on regional-scale challenges, it bridges pollutant transmission mechanisms with...
Topology optimization has become a powerful tool for designing lightweight, high-performance structures, yet most existing approaches do not directly produce geometries suitable for manufacturing. Density- and level-set-based methods generally...
Accurate Land Use/Land Cover Change (LULCC) modelling and forecasting are crucial for understanding environmental dynamics and guiding sustainable land management in rapidly urbanising regions. This study compares the predictive accuracy and...
The increasing demand for large annotated datasets in computer vision underscores the need for scalable synthetic data generation methods, as traditional approaches often lack adaptability or offer limited annotations. To address these challenges,...
Journal
The Visual Computerpublishes high-quality research on all aspects of computer graphics and visual computing, with a special focus on the rapidly...
Journal
Engineering with Computers is an international journal for simulation-based engineering. It publishes original papers and authoritative...
The International Journal of Advanced Manufacturing Technology bridges the gap between pure research journals and the more practical publications on...
