The construction industry is facing several challenges and drivers: access to qualified labour, rising material cost and margin squeeze are just a few.
Through the power of modelling and simulation, we can now significantly reduce the expense and time spent on developing and testing new drugs and medical devices.
High-tech is part of our daily lives, so much so that we take it for granted. We use mobile phones that are more powerful than the technology used to land a man on the Moon.
As every machine becomes connected to collect and transmit data, it’s important to know how to turn this opportunity into real value for your company and your customers.
We craft ships, a complex combination of technological systems, which must safely operate in a very hostile environment, keeping their precious cargo of people or goods safe.
Today, simulation software enables companies to optimize electric and hybrid vehicles, ADAS systems, and self-driving cars by exploring uncharted territories.
With Ansys Battery Simulation, you can achieve better performance, longer battery life, and reduced costs while accelerating the product development process.
One of the key applications of Fluent is in the field of combustion modelling, where it is used to model and optimize the combustion processes in various industries.
Heat exchangers have been used for many years in different applications. Typically we find them in HVAC, refrigeration, power generation, and chemical processing.
The mixing process is an integral component of the process industry, with a wide range of applications utilized to create tailored products that meet the diverse needs of various industries and customers.
Ansys Rotating Machinery application provides advanced software that assists in the design of various types of rotating machinery equipment and enables rapid iteration and improvement of designs.
The energy landscape of our world is currently undergoing a major transformation, towards more sustainable and environmentally-friendly energy sources.
With Neural Concept, design and verification workflow can be improved at least 2-10 times by training a Neural Network with existing data for designs and simulations.
Computational Fluid Dynamics (CFD) simulation products are for engineers who needs to make better and faster decisions and can help reducing the development time and efforts while improving your product’s performance and safety.
Materials information is crucial in engineering and manufacturing as it enables informed decisions. In simulation and modeling, precise materials data is needed to accurately predict real-world behaviour.
Ansys offers structural analysis software solutions that enable engineers of all levels and backgrounds to solve complex structural engineering problems faster and more efficiently.
As supplier of Digital Lab solutions it is natural for us to maintain a strong connection with academic institutions, students, teachers and researchers across the world.
Ansys Startup Program, provided by EDRMedeso, gives you full access to simulation software bundles that are built and priced to help entrepreneurs grow their business quickly and cost-effectively.
All our services are designed to help our clients increase their competitive edge, reach their sustainability goals, and leverage cutting-edge technologies.
Since day one, our customers have been at the centre of our focus. Whether we’re taking care of our existing users or onboarding new customers into our yearly care cycle – quite simply – nothing is more important to us than you, our customer.
At EDRMedeso you learn from some of the industries top experts in their respective fields. With over 1500 collective years of experience in simulation, we provide a host of training sessions to suit your organizations needs
At EDRMedeso, we want to help you in innovating the future. Here you’ll find our upcoming webinars, events, trade shows and seminars, designed to help you maximize your engineering potential.
The only forum for executives and thought leaders to discuss and share cutting edge technology strategies designed to win in the rapidly changing environment!
With the arrival of the latest Ansys update; 2020 R2, a new licensing model is introduced for parametric simulations. The model introduces the ability for running multiple simulations with a single solver license utilizing HPC licenses.
Background
As many of you may know, Ansys Workbench enabling you to control almost every part of your simulation workflow through the use of programmable parameters. For example, parameters can be introduced to vary mass flow, loads, material properties, mesh controls, friction factors, or even geometrical variations, etc. Inside Ansys Workbench, the parameters are controlled from the parameter set, see Fig. 1.
Figure 1, Workbench simulation task with parameters.
What do we gain from running a parametric sweep of some significant parameter? We gain knowledge!
Knowledge and insight about how our product responds to changing conditions or tolerance variations. From these variations, the corresponding simulation response will give us insight into which parameters are more prone to change the performance than others. On the basis of these results, it is also easy to make a response curve or surface to represent the impact on e.g. pressure drop, using e.g. optiSLang as seen in Fig. 2.
Figure 2, Response surface of pressure drop with three parameters.
How it works
The new licensing model for parametric simulations uses the HPC licenses to multiply the solver license. This expand the usefulness of HPC licenses from speed-up simulations (most Ansys software scales linearly, i.e. time to results will halve with twice as many compute-cores) to perform parameter sweeps through running multiple simulations in parallel. Combining the two treats and adding in high-performance computing, either on-premises or in the cloud, you will have multiple results in less time than today, making the decisions more intelligent – based on accurate and multiple results.
For example, consider an Ansys FEA simulation where we would like to perform four different solutions using 4 cores each. For each set of solver running simultaneously, we would require 8 HPC licenses. Resulting in a total of 32 HPC licenses in order to start four solver processes at the same time. If the wall clock time per solver process is very long we can in addition introduce HPC licenses to increase the core count per solver process. For example, the above example would require 48 HPC licenses to run 4 solver processes simultaneously on 8 cores per solver process, see Table 1.
In order to calculate the amount of required HPC licenses for your parametric run please visit https://www.ansys.com/parametric.
If you need more detailed information and help to get started don’t hesitate to contact us.