Ansys Materials

Ansys Materials

Software Development

Build better products with Materials Intelligence: Materials Information and Data Management, Selection and Data

About us

Empower design. Simulate with more accuracy. Educate the next generation of engineers. The market-leading Ansys Granta product range has been developed over 25 years to enable you to capture, safeguard and capitalize on your organization's Material Intelligence. Drive innovation with materials, from digital transformation to Industry 4.0. Use trusted, accurate materials data to boost the accuracy of your CAD, CAE and PLM systems. Simply make smarter materials choices. Founded in 1994 as a spin-out from the University of Cambridge, Granta solutions has improved quality, innovation, and efficiency, while reducing risk and cost for a wide range of industries. Our customers include: Airbus, Boeing, General Motors, NASA, Rolls-Royce, Jaguar Land Rover, Honeywell, PSA Peugeot Citroen, and Philips. Ansys Granta also supports materials education, providing a unique set of teaching resources that are used at over 1,000 universities and colleges around the world.

Industry
Software Development
Company size
51-200 employees
Headquarters
Cambridge
Type
Privately Held
Founded
1994
Specialties
Materials data management, Materials selection, Composites, Materials education, Support for CAD and PLM, Restricted substances, Additive Manufacturing, Materials data for simulation / CAE, restricted substances, Materials Reference Data, Material Intelligence, and Machine Learning

Locations

Employees at Ansys Materials

Updates

  • View organization page for Ansys Materials, graphic

    11,346 followers

    Two weeks left to register for the first webinar in our upcoming series: Optimal material selection for better design During the first webinar, we will explore how a systematic approach to materials selection early in the design process can help us build better products with less effort. 🗓️ October 29 🕒 11 AM EST / 16:00 BST / 17:00 CET / 8:30 PM IST Sign up here: https://ansys.me/4f3q9bg And don't forget to register for the other sessions in the series focusing on how materials selection can help with hitting targets with respect to: 🌳Sustainability 🏋️♀️Lightweighting 📝Late-stage design challenges Learn all about the series here: https://ansys.me/3zVto5D

    Early-stage Design: Better Materials, Better Products

    Early-stage Design: Better Materials, Better Products

    ansys.com

  • View organization page for Ansys Materials, graphic

    11,346 followers

    Starting in 3 weeks, we are going to embark on an adventure to learn how we can systematically select #materials that fit our performance, cost and sustainability requirements, across different phases of product development. The series will run for the following four months with deep dives in the following topics: ✅Material selection in the early design stages ✅Reducing the environmental impact of our product ✅Reducing the weight of our product ✅Late stage change of requirements and how we can tackle them Sounds interesting? Sign up to reserve your place: https://ansys.me/4eU3E8w

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  • View organization page for Ansys Materials, graphic

    11,346 followers

    What do material selection and finding a gift for a friend have in common? Nothing, I hear you say. But hear me out. When you select a material, you need to consider various contradicting factors, like strength, cost and other properties. The same goes for finding a gift. You need to consider cost, utility, effort and many more factors. A great gift-giver takes all of these into account intuitively and implicitly. So, how can we improve as gift-givers? With the help of a systematic process, we can become better decision makers. Want to have a blast while picking up some new skills this weekend? Check out our short course on materials selection. We guarantee that you will enjoy it🔥 https://ansys.me/4eyA3le You don't believe me? Here is Dr. Kaitlin Tyler deciding what car to buy with the materials selection methodology!

  • View organization page for Ansys Materials, graphic

    11,346 followers

    Transforming the way we use and manage materials information can bring massive benefits: ✔️Efficiency savings from time saved, optimization and reduced waste ➡️ Millions of $ per year ✔️Reduction of prototype materials and tests by 50% compared to traditional trial-and-error methods ✔️Reduction of repeat simulation projects by 40% with more accurate material data ✔️Elimination of costly product recalls and compliance issues due to wrong material choice But where do we get started? The best way to start your materials transformation would be to understand: 🖥️what is the current environment 🗺️develop a roadmap 🪙identify key areas for return on investment Ready to get started? Request an assessment from our expert team and find out how to take your business to the next level 🚀 https://ansys.me/4dxnJ3w

    Materials: Request An Assessment | Ansys Granta

    Materials: Request An Assessment | Ansys Granta

    ansys.com

  • View organization page for Ansys Materials, graphic

    11,346 followers

    Material properties are a vital input for every simulation. The accuracy of the material data directly impacts the accuracy of your simulation. If you are using Ansys solvers, there is a super easy way to get access to curated, high-quality materials data information, without ever leaving your Ansys interface or installing anything new. Ansys Granta offers Material Data for Simulation (MDS) for mechanical, electromagnetic, and electric motor simulations, with dedicated materials to ensure the most accurate data for your simulation. Check out a quick 15-min presentation for the Ansys product that you are using and sign up for a free trial: https://ansys.me/3ZMAROK

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  • View organization page for Ansys Materials, graphic

    11,346 followers

    Humans have been enjoying music made by instruments for a long time. But how do different types of instruments actually make sound? And how would be select materials for said instruments based on their sound-producing method? We have released this STEM interactive lecture to engage students on materials and their use: https://ansys.me/4ed8cXA A xylophone is used as a case example for choosing materials based on the properties required for the final product. An option hands-on activity of building an instrument from household materials is included. #STEM #Engineeringeducation #materials

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