News

Summer 2022 | Product peek

Accurate pollutant prediction with Equivalent reactor networks

by Fabio Villa, EnginSoft
Futurities Year 19 n°2, Summer 2022

The simulation of reacting flows is critical for developing competitive products in diverse industries: transport, power generation, materials processing, the chemical industry, and many others. Improving designs for these cases is difficult because they often consist of systems with complex geometries, boundary conditions, and physics, including large networks of chemically reacting species, turbulence, and radiation.

The more accurate the fuel model, the more realistically the fuel performance of your design can be predicted. Ansys Chemkin couples Multiphysics simulations incorporating advanced physical models with an advanced chemical solver to provide full simulation capabilities for reacting flows. Many tools have recently been included in the Ansys CFD enterprise license.

Read the full article

Featured news

Catalogo 2025 | Catalogo corsi

Pubblicato il catalogo corsi 2025  

training news

10 Febbraio 2025 | Webinar di presentazione

DAMAS – Driving Automotive and Aerospace Innovation  

news automotive aerospace

16 Dicembre, 2024 | Comunicato stampa

EnginSoft e Rockwell Automation: una Collaborazione Strategica per la Rivoluzione della Manifattura Digitale  

news digital-manufacturing industry4

14, 15, 18 e 19 novembre 2024 | Webinar

37° Congresso di fonderia | sessioni tecniche  

news metal-process-simulation magma

Autumn 2024 | Product peek

Capvidia: Transforming manufacturing with model-based workflows  

mbdvidia comparevidia news

Find out more

software

Ansys

Explore Pervasive Engineering Simulation

Ansys offers a comprehensive software suite that spans the entire range of physics, providing access to virtually any field of engineering simulation that a design process requires.

ansys

NEWSROOM

Stay connected with us: news, analysis and trends from our experts.

Newsroom  

MEDIA CENTER

Scroll through our Media Center to view all the videos, video-tutorials and recorded webinars.

Media Center  

CASE STUDY

A natural remedy for hot-spot stresses

Using advanced mesh morphing to seamlessly perform bio-inspired structural shape optimization

This paper demonstrates how the biological growth method, studied by Mattheck in the 1990s, can be easily implemented for structural shape optimization finite element method (FEM) analyses using advanced radial basis functions (RBF) mesh morphing.

ansys biomechanics rbf-morph