Welcoem to posts!!
in the future - u will be able to do some more stuff here,,,!! like pat catgirl- i mean um yeah... for now u can only see others's posts :c
In this Ansys Innovation Course, you'll delve into obtaining analytical solutions for fundamental fluid flow problems through various approximations. Beginning with an exploration of approximations such as incompressibility and inviscid flow, you'll grasp their practical implications. Then, the focus shifts to studying potential flows, covering their intricacies and applications, including critical examples like flow over circular and rotating cylinders, pivotal for understanding lift force in external flows.
Get started now: innovationspace.ansys.com/product/simple-approxima…
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Do you work with Ansys optiSLang, and have the following questions: What are the options to automatize my CAE Process? What are Objectives and Constraints? What is a Sensitivity Analysis and a MOP? How to find optimal design Parameters? Take this Ansys Innovation Course to learn more about the Methods for Process Integration and Design Optimization (PIDO) and test your knowledge by answering the following question: The optimization algorithms in Ansys optiSLang change design parameters to improve an existing design. What we want to improve is formulated as _____ and additional restrictions may be given as Constraints. Select the best option.
Check back to the comment section on Tuesday to find out the answer! In the meantime, check out this free Ansys Innovation Course to learn more: innovationspace.ansys.com/product/introduction-to-…
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Dive into the world of heat transfer with this Ansys Innovation Course!
Learn about thermal conduction—how heat energy moves through collisions within a body, described by Fourier’s law. But wait, there’s more. Discover the secrets of thermal contact and how it impacts simulations. Plus, ever wondered how your house keeps in the warm air? Learn how insulation materials can help reduce the conductive heat flow.
Ignite your passion for learning now: innovationspace.ansys.com/product/thermal-conducti…
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Are you looking to learn more about the impact of drag on a car? Test your skills now!
Try and answer the following question: Where do we create a computational mesh to perform the external aerodynamics CFD analysis?
Check back to the comment section on Tuesday to find out the answer! In the meantime, check out this Ansys Crosstalk to learn more and test your knowledge: certifications.ansys.com/drag-on-a-concept-car-ans…
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Whether it’s the plumbing in our homes or fluid flow through the exhaust manifold of a vehicle, internal flows are everywhere in our daily lives. Understanding and simulating these flows is key to innovation and problem-solving in various industries.
Join us as we dive into the world of internal fluid flow simulations using Ansys Discovery in this Ansys Innovation Course! Learn how to leverage Ansys Discovery to perform accurate and efficient simulations at different stages of your design process.
Enroll now and unlock the power of simulation: innovationspace.ansys.com/product/fluid-flow-simul…
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An inductor works best at fixed DC bias, but what if the bias is varying? What if the load increases or decreases with time? How can we find dimensions of an inductor core that can work at varying DC biases?
This Ansys Innovation Course will provide the answers to these questions and more. You will learn how to set up the parametric analysis in Ansys Maxwell to obtain suitable inductor core dimensions for power converters on top of exploring the steps of multi-material toroidal inductor design for power converters.
Start learning now: innovationspace.ansys.com/product/multi-material-i…
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While it may be tempting to use extremely detailed 3D solid models of complex assemblies in simulations, you’ll want to understand how to simplify the geometry appropriately. Doing so helps you obtain useful results in a reasonable amount of time that can help guide your engineering and design decisions.
Answer the following question to test your knowledge and see how much of the assembly or system to include in the simulation: _____ can solve the structural response, even if there may be some deformation or loading along the fiber direction. Select the best option that completes the statement.
Check back to the comment section on Thursday to find out the answer! In the meantime, if you want to learn more about this topic, check out this free Ansys Innovation Course: innovationspace.ansys.com/product/geometry-represe…
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Do you want to challenge your knowledge of Turbulence Modeling? This is your chance!
This Ansys Innovation Space Challenge is comprised of 4 questions meant to test your understanding of this topic and help you learn why Turbulence Modeling is key to ensuring an accurate simulation of fluid flows. You’ll explore the basics features of turbulence, the Law of the Wall, and more.
Challenge yourself now: certifications.ansys.com/basics-of-turbulence-mode…
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Welcome to this 10-lesson course introducing programming and Python!
In this Ansys Innovation Course, we cover the basic staples of programming: simple types, for loops, conditional if statements, lists, functions, and some standard practices like testing and debugging. Additionally, we introduce the basics of NumPy and MatPlotLib, the two most popular packages in scientific python. The course comprises 10 "lessons", each on a different topic where you will have access to videos of the instructor explaining the topic in 10-to-20-minute bursts along with companion Jupyter notebooks containing reference material for the course and exercises to be completed.
Get started now: innovationspace.ansys.com/product/intro-to-python/…
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This Ansys Innovation Course focuses on the Import Geometry task, which is the first task of the Ansys Fluent Meshing Watertight Geometry Workflow. It consists of three lessons that will take you through various aspects of importing CAD geometry and mesh files into the workflow.
Test your understanding of this topic by answering the following question: Which of the following pre-requisites is necessary for importing the CAD geometry into the Ansys Fluent Meshing Watertight Geometry Workflow?
Check back to the comment section on Tuesday to find out the answer! In the meantime, if you want to learn more about this topic, check out this free Ansys Innovation Course: innovationspace.ansys.com/product/import-geometry/
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