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Butch leads SimuTech Group Engineering Organization for product development engineering consulting, training and mentoring with ANSYS tools. We solve the unsolvable!
Jul
24

Using ANSYS Mechanical to Calculate Fatigue Life

Ron Gagnon, Senior FEA Consulting Engineer, Fatigue & Fracture ExpertRon Gagnon
Sr FEA Consulting Engineer
Fatigue & Fracture Expert
Mechanical fatigue is a VERY popular topic with the ANSYS user community, with many engineers and designers attending our fatigue-related webinars over the past few years.

Luckily, all our fatigue-related webinars—as well as all recent webinars—are recorded and available anytime. Learn more about mechanical fatigue and how to use ANSYS and nCode DesignLife to solve fatigue models in these webinars:

Exploring Basic Fatigue Calculations In ANSYS® Workbench™
Thermo-Mechanical Fatigue (TMF) using ANSYS® nCode DesignLife™
Weld Fatigue Analysis

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Jun
11

ANSYS Provides an End-to-End Simulation Workflow for Additive Manufacturing

Charles SimoneauCharles Simoneau
Primary Additive Mfg Engineer
Additive manufacturing (AM) joins materials to make objects from 3D model data, usually layer upon layer (ASTM F2792). In this way, AM allows levels of hierarchical, shape, material and functional complexities unequaled by conventional manufacturing technologies.

In the metal industry, AM successes are many:

Aviation: GE 3D-printed their 30,000th fuel nozzle tip for their LEAP engine in October 2018. Better fuel efficiency, weight reduction, and part consolidation were some of the benefits of using additive technologies;

Biomedical: Stryker offers implants integrating their Tritanium® In-Growth Technology, which features an additively manufactured porous structure that promotes bone in-growth and biological fixation;

Aerospace: Relativity Space has built Stargate, the largest metal 3D printer in the world that will be used to produce entirely 3D-printed rockets in a matter days instead of years;

Dental: 3DRPD has 3D-printed over 150,000 patient-specific removable partial dentures made of biocompatible cobalt-chrome alloy using the laser powder bed fusion process.

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Apr
19

Contacting SimuTech Support - ANSYS TECS

Providing a high level of quality technical support has always been a top priority at SimuTech. This commitment helps us to consistently keep a Net Promoter Score (NPS) above 80 for ANSYS Technical Support. An NPS of +50 is generally deemed excellent, and anything over +70 is exceptional.

In an effort to make SimuTech Support (technical support) requests easier for our current ANSYS TECS and Rocky DEM customers, we are pleased to announce a single email address and two central phone numbers as your main points of contact.

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Mar
22

Add Granta MI to your toolbox for instant materials information

Granta MIFor the first time, engineers can gain instant, accurate access to the Granta materials database within ANSYS Workbench™, speeding up their materials selection and improving their workflows.

In late 2018, ANSYS, Inc. acquired Granta Design, the premier provider of materials information technology. Through the MI:Materials Gateway window within ANSYS Workbench, you can access validated materials information in several categories, including steel, plastics, and aerospace.

If you know which material you’re looking for, you can select it directly. Or you can search with keywords like “aluminum 6061,” and the material’s property datasheets will be shown to you. You can also ask Granta to show you materials with defined specs, like yield strength above or below a certain value. You can then compare and contrast different materials.

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Feb
22

ANSYS Motion - a New Dedicated Multibody Dynamics Tool

Our clients working in multibody dynamics and kinematics have an outstanding new simulation tool: ANSYS Motion.

ANSYS Motion can help engineers…

  • Find more accurate boundary conditions during static analyses
  • Solve big deformation problems while incorporating non-linear material properties
  • Perform kinematic analyses of mechanical systems
  • Analyze high-speed rotation problems with complex geometry

Tightly coupled rigid and flexible solvers that are powerful and fast allow engineers to study situations beyond what is possible in ANSYS RBD (Rigid Body Dynamics). Modal flexible, meshed flexible, and rigid parts can be tied together with standard joints and connections so accurate loadings on the components can be calculated.

This standalone solution for multibody dynamics and flexible multibody dynamics uses its own pre- and post-processor and solver. Pre-processing is integrated into ANSYS Mechanical via an ACT extension.

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