| rnd.nl | RND Technology Consultants | The company specializes in offering multiphysics services to address problems related to processes, plants, and equipment in various industries. RND Technology Consultants utilizes a risk-free predictive simulation approach that provides rapid results and focuses on delivering practical solutions, leveraging over 20 years of experience and a broad client base. The website showcases several case studies including optimization of production lines, flow distribution, dust prevention, and ventilation system design, highlighting the company's diverse capabilities. | Industrial Engineering → Process Engineering 31 Software → Simulation 47 | cfd 36 prediction 111 simulation 241 optimization 611 | |
| colloid.nl | Utrecht University | The group's research focuses on materials like soft condensed matter, colloidal self-assembly, and nanostructures, investigating their structure and dynamics governed by thermal fluctuations. Researchers employ a variety of tools including confocal microscopy, scattering methods, colloid synthesis, computer simulations, and theory to study these materials and develop new mesostructured materials. Recent research includes observing the 'Brazil nut effect' in colloidal particles and the development of ultra-sensitive nano-sensors capable of detecting trace amounts of molecules, impacting fields ranging from materials science to geology. | Software → Simulation 47 Science → Physics 329 | sensor 482 research 8967 | |
| africanuances.nl | AfricaNUANCES | African farming systems vary significantly due to diverse agroecological and socioeconomic factors, making universal solutions ineffective. The NUANCES framework combines systems analysis, experimentation, field observations, and simulation models to understand farming complexities and identify suitable technologies for specific farmers and niches. Research across sub-Saharan Africa has explored how farming systems change in response to population growth, economic conditions, climate variability, and climate change, using farm typologies to target technologies. | Software → Simulation 47 | technology 6816 research 8967 | |
| holomicrobioom.nl | Holomicrobioom Instituut | The initiative focuses on studying microbiomes within a broader context, developing computer models to predict the effects and side effects of new applications. Microbiomes play an important role in various environments, from agriculture and food production to the human body and the environment. The Holomicrobioom Initiative aims to stimulate the development of innovative products and services in the field of health and sustainability by increasing understanding of holobionts. | Biology → Microbiology 69 | model 3546 | |
| compass-project.nl | University of Amsterdam | The project combines theoretical agent-based modelling of school choice with empirical data to understand how individual behaviors and societal changes can impact segregation levels. The research specifically examines the role of parental school choice as a key factor in the dynamics of school segregation. By developing an agent-based model, researchers aim to predict the effects of potential interventions and demographic shifts on school segregation patterns. | Software → Simulation 47 Education → Educational Policy & Systems 539 | school choice 12 dynamics 177 intervention 283 model 3546 data 5872 | North-Holland → Amsterdam 41253 |
| dustex.nl | DustEx RIVM | The website allows users to input simulation parameters and store them for later use via an import function. It calculates the transdermal permeability coefficient and K ma based on the saturated vapor pressure and activity coefficient of the substance, utilizing a linear relationship between air concentration and material concentration. The method is based on research published by Eichler et al. (2018) and uses a default activity coefficient of 5.12 for phthalates in PVC products. | Science → Chemistry 225 | simulation 241 | |
| koensiteur.nl | National Institute for Public Health and the Environment (RIVM) | Koen Siteur is an interdisciplinary environmental scientist with experience across various environmental aspects, focusing on capturing environmental data through equations and scripts. He currently works at the National Institute for Public Health and the Environment (RIVM) where he develops and utilizes an air quality and nitrogen deposition model to monitor air quality and nitrogen deposition in the Netherlands and other sensitive habitats. Siteur’s previous roles included a post-doctoral position at the Royal Netherlands Institute for Sea Research (NIOZ) & East China Normal University (ECNU) as part of the MERCES EU project, and a Junior Assistant Professor position at Utrecht University, where he lectured and supervised student research. | Science → Environmental Science 180 | researcher 220 | |
| oncologiq.nl | Erasmus MC OncologiQ | The OncologIQ model aids physicians in consultations by offering an estimate of a patient’s individual survival probability based on entered characteristics like tumor status and age. Unlike traditional methods relying on average figures, this model provides a more personalized assessment, acknowledging that outcomes can vary significantly. The ACE-27 scoring system assesses co-morbidities across 11 organ systems, assigning scores ranging from mild to severe to aid in comprehensive patient evaluation and risk stratification. | Software → Simulation 47 Medicine → Oncology 230 | survival 79 model 3546 patient 4082 | |
| digital-hydraulics.nl | Nico Booij | The Swan Support Package, created by Digital Hydraulics Holland BV in 1987, aimed to assist users of SWAN and other wave models. The package includes a graphical user interface, a computer-based SWAN course, a SWAN version with graphics, and a post-processing software called OPGraph. Dr. Nico Booij is currently extending and supporting the package, and welcomes proposals for cooperation from academic institutions and organizations. | Manufacturing & Industrial → Engineering 3919 | swan 29 course 14728 | |
| tispen.nl | Tispen | The Tispen project strives to model organisms according to a universal model, focusing on identifying state changes and the resulting effects. The approach utilizes common sense reasoning and focuses on understanding properties, phenomena, and changes in systems and organisms without necessarily having a scientific explanation. The website step-by-step explains what organisms are and how and why they react, concluding that systems and organisms are based on a ‘claim’ on time and space, with energy serving as a tool. | Physics → Thermodynamics 13 | chronicle 25 claim 702 time 932 space 3846 energy 9075 | |