XC Engineering Srl est une société d'ingénierie active depuis 2002 dans le domaine du calcul numérique et des simulations virtuelles. Elle … Read more...
Société
Expertise
L’expertise de XC Engineering réside dans l'expérience en modélisation multi-physique de son personnel, et dans la sélection précise des … Read more...
Services
XC Engineering Srl fournit des solutions dans le domaine de la simulation numérique à toutes les industries qui veulent optimiser leurs … Read more...
"The course was well organized, the trainers were well-prepared: it will definitely help me in my work" (P. Jafarian, Vicura)
News
🇮🇹 Ottimizzare il design per la produzione di massa
Questo video illustra un processo di ottimizzazione di design effettuato tramite l'utilizzo di #improveit e il suo manipolatore di STL e simulazioni fluido-termo-dinamiche di FLOW-3D CAST.
Grazie all'ottimizzazione effettuata è stato possibile individuare e ridurre i difetti di design del pezzo in questione aumentando così la produttività.
Per maggiorni informazioni seguite il nostro articolo ow.ly/WyHU50ymgba
🇫🇷 Optimiser la conception pour la production de masse
Cette vidéo illustre un processus d'optimisation de la conception en utilisant #IMPROVEit et son manipulateur STL et les simulations fluide-thermo-dynamique FLOW-3D CAST.
Grâce à l'optimisation, il a été possible d'identifier et de réduire les défauts de conception de la pièce, ce qui a permis d'augmenter la productivité.
Pour plus d'informations, suivez notre article ow.ly/WyHU50ymgba
🇬🇧 Optimize design for mass production
This video illustrates a design optimization process using #IMPROVEit and its STL manipulator and FLOW-3D CAST fluid-thermo-dynamic simulations.
Thanks to the optimization, it has been possible to identify and reduce the design defects of the part, thus increasing productivity.
Follow our article at ow.ly/WyHU50ymgba
🇮🇹 Grazie al modello delle bolle di FLOW-3D è possibile avere una precisa risoluzione delle bolle intrappolate in un fluido.
In questo esempio è possibile vedere la simulazione dell'aria intrappolata da una pompa che sta rimuovendo il fluido da un acquedotto tramite una sezione cilindirca.
🇫🇷 Grâce au modèle de bulles de FLOW-3D il est possible d'avoir une résolution complète des bulles piégées dans un fluide.
Dans cet exemple, vous pouvez voir la simulation de l'air piégée par une pompe qui extrait le fluide d'un aqueduc à travers une section cylindrique.
🇬🇧 Thanks to the bubble model of FLOW-3D it is possible to have a full resolution of bubbles trapped in a fluid.
In this example you can see the simulation of air bubbles trapped by a pump that is removing the fluid from an aqueduct through a cylinder section.
Curious about #cfd, and how are state-of-the-art tools used for free surface modeling such as FLOW-3D in water infrastructure engineering?
Follow our webinars to find out how FLOW-3D is currently used in civil and water infrastructure. We will explain how to model complex free surface problems and how to create models using the interface.
Curious about CFD, and how state-of-the-art free surface modeling tools like FLOW-3D are used in water infrastructure engineering? Join us for a live presentation followed by an open Q&A session to learn how FLOW-3D is currently used in water civil infrastructure. We will explain how we model comple...
Today through the Micro/Biofluidic Webinar we will cover some of the key aspects of CFD simulation of such applications,
We will show examples and case studies and demonstrate where and how FLOW-3D capabilities can add value to your product design and development process. Follow us!
Learn how Computational Fluid Dynamic (CFD) modeling can enable engineers, scientists and researchers working in the biomedical, micro/biofluidics and lab-on-a-chip/organ-on-a-chip domains solve challenging problems in device design, development and optimization. Examples include: • microfluidic p...
#Optimization can be used in every sector.
This is a simplified version of a real model that can be implemented in any area of planning and investment.
#IMPROVEit will use Excel to find the combination of capital investments that maximizes the total profit in 3 easy steps.
1) Formulate the Model of the Capital Investment in Excel
2) Build the Workflow and create the Task
a. VARIABLES: For this problem we need to find out which capital investments to make (Yes=1, No=0)
b. CONSTRAINTS: First, the amount of capital used by the investments cannot exceed the limited amount of capital available (<=50), and so on until subsequent investments.
c. OBJECTIVE: The overall measure of performance is the total profit of the capital investments made, so the OBJECTIVE is to maximize this quantity.
3) Execute the Task. As you can see in the video #IMPROVEit can handle all the imposed contraints and can formulate the best combination of investments for maximum profit in a short time.
Find out more in our website www.improveit-software.com
Contact us for a trial license!
