Simulation Drives Design By Validating Digital Design Quickly

Simulation Drives Design By Validating Digital Design Quickly

Simulation is a HOT TOPIC! It’s true that smarter Product Design is guided by Simulation, and more and more companies are catching on. The modern age is filled with varieties of products across industry verticals. Products differ in every way possible: shape; size; density; composition; complexity; color; usage; etc. Therefore, it’s almost impossible to generalize product design as a streamlined process. However, the route in which companies create new products is very similar, and Engineers are increasingly adopting Simulation Software to use during concept development, early in the design cycle. Let’s explore these stages briefly:
  • Step 1: Define Product Specifications – what will it do?
  • Step 2: Define Design Intent – what items will define it?
  • Step 3: Design Your Product – who will design it and what will it be designed with?
  • Step 4: Test Your Product – what simulation software will be used to test your design?
  • Step 5: Make Needed Changes – what aspects of your product design need to change for optimal functionality?
  • Step 6: Manufacture Your Actual Product & Send to Market
prototypesIs Your Company or Design Team Lacking Simulation Software & Skills?Calculations, prototypes and analysis provide guidance to Product Engineers as your product design moves through the design cycle. Some product geometries are just too complex for hand calculations. A savvy design team is essential when creating detailed designs to show how your product will come to life… Product Engineers should test the designs virtually, using simulation software, early in the product development process, to figure out if and how your product will behave in the real world, or not. Testing designs with simulation BEFORE production is a vital component when considering time and money spent on prototypes. Why build something that might not actually work as intended? Any changes to an initial design, after being manufactured, can create havoc.Simulation software training can be most useful to your team as well, so they can learn to adopt it with ease. You and your team will see the benefits immediately, as it ensures quicker, optimized products. It’s vital that design optimization occurs early in the design cycle, when changes can be made without much rework, added expense and lost time.  creo simulate Summarizing Big Benefits of Product Simulation
  • Decision making is done quicker and without worry
  • Design teams can explore more design variants in reduced time through accurate analysis
  • Money will not be wasted on evolving/changing prototypes
  • Manufacturing can begin sooner than later
  • Time to market is greatly reduced
  • Enhanced and fully optimized products will enable a higher chance for success
Simulation Solutions for Optimizing Product Design If you are a PTC Creo user, there is GREAT NEWS…. You have options!
 ANSYS AIM delivers an Engineer’s Dream Come True…. AIM is the first integrated and comprehensive multiphysics simulation environment designed for Engineers!PTC Creo users CAN use AIM – See How.aimPTC Creo Simulate is a structural, thermal and vibration analysis solution with a comprehensive set of finite elements analysis (FEA) capabilities.For a limited-time you can take 35% Off PTC Creo Simulate!Simulation
ANSYS AIM enables you to predict with confidence that your products will thrive in the real world. Industry leaders use ANSYS to create complete virtual prototypes of complex products and systems – comprised of mechanical, electronics and embedded software components – which incorporate all the physical phenomena that exist in real-world environments.PTC Creo Simulation and Analysis Solutions allow you to analyze and validate the performance of your 3D virtual prototypes before you make the first part. We’ve designed PTC Creo Simulate so any engineer can do basic simulation. Start by modeling your design in PTC Creo Parametric, click a single tab on the user interface, and then apply loads, materials, and boundary conditions to design geometry in Simulate.
AIM extends the value of simulation beyond single design engineering disciplines by providing a full array of physics that is readily deployable across the organization. Whether a multiphysics simulation includes structures, fluids, thermal properties, or electromagnetics, all aspects of simulation workflow are supported in the single-window design, reducing the training and deployment costs typically associated with fragmented tool chains. Moreover, AIM’s all new simulation process paradigm guides engineers through multiphysics workflows that consider the interaction of physical phenomena, while automating tedious tasks to free-up engineering time and resources.This rich set of capabilities allows you to send a more developed product to the analysis department – and eliminate expensive changes while it’s still cost-efficient to do so. PTC Creo Simulate is available as a standalone application or as an extension to PTC Creo Parametric. When you need advanced capabilities, Creo Advanced Simulation Extension, an extension to PTC Creo Simulate, enables you to investigate the impact of non-linear stresses. With PTC Creo Fatigue Advisor Extension you can measure the impact of repetitive loading and reloading on your design.
Features of AIM:
  • Geometry Preparation with SpaceClaim Direct Modeler
  • Guided Simulation Process
  • Superior CAD Interfaces and Robust Meshing
  • Accurate and Robust Fluid Flow
  • Accurate and Robust Electric Conduction Analysis
  • Accurate and Robust Stress and Vibration Analysis
  • Accurate and Robust Thermal Analysis
  • Fluid-Structure Interaction
  • Integrated Multiphysics Simulation
  • Post-processing and Visualization
  • Automation and Customization
  • Powerful Expression Language
  • Powerful and Scalable High-Performance Computing
  • Integrated Material Library
  • Design Exploration and Optimization

View Datasheet  View Spec Sheet

aim
Creo Simulate’s capabilities include:
  • Structural analysis
  • Linear steady state thermal analysis
  • Material libraries
  • Meshing
  • Optimization
  • Post processing

View Datasheet  Watch Video

creo simulate
Join TriStar’s upcoming Ansys AIM Webinars @ 11am EST to see how YOU can benefit:
Join TriStar’s upcoming PTC Creo Simulate Webinar @ 11am EST to see how YOU can benefit:How To Use PTC Creo Simulation & Analysis SolutionssimMay 13, 2016Overview of:
  • Creo Simulate
  • Mechanism Dynamics
  • Extension (MDO)
  • Behavioral Modeling Extension (BMX)
  • Tolerance Analysis Extension (TAX)
  • Tolerance Analysis Extension (TAX) Engineer a great product (Or) Stop Designing and Start Engineering using Simulation & Analysis solutions in Creo.

Comment (1)

  • Clyde Fountain April 21, 2016 - 10:00 pm

    Good Day, Could you please let me know what the cost of this program is, and what training we would get if we bought this package and is there a yearly licence.
    Regards
    Clyde Fountain

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