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ASIP 2021 Conference Recap

Home EventsConferenceASIP 2021 Conference Recap

ASIP 2021 Conference Recap

Dec 15, 2021 | Conference, Events |
ESRD’s Exhibit Booth at ASIP 2021 in Austin, TX.

Recently at ASIP 2021 in Austin, TX, ESRD provided a 4-hour training course titled “Standardization and Automation of DaDT Solutions via FEA-Based Sim Apps”, chatted with “patients” at the StressCheck® Clinic, and exhibited at our captivating booth inside the Hyatt Regency Austin Conference Center.

Conference Snapshot

ESRD’s Brent Lancaster and Gordon Lehman enjoyed meeting many of the ASIP attendees, connecting with a wide variety of our customers and colleagues, and sharing ESRD’s expertise on the development of FEA-based Sim Apps. We also had the honor of providing multiple live demos of StressCheck® v11’s current and upcoming features for improved 3D crack automeshing and SIF extractions (more on this below). As always, thanks to those who attended the training presentation and/or stopped by our booth to say hello to Brent and Gordon.

Two ASIP attendees stop by ESRD’s booth to chat with Brent Lancaster.

We were also pleased to learn that several of this year’s ASIP presentations incorporated StressCheck® (or StressCheck®-Powered Sim Apps, such as Hill Engineering’s BAMpF) to enhance their DaDT simulations. Notably:

  • F15 Fatigue FEMs and the ASIP Process – Mr Philip Munoz – The Boeing Co, Nathan Goeckner – The Boeing Co & Mr Renzo Higa – AFLCMC/WAQ
  • B1 TaperLok Fastener Hole ERS Partial to Full Credit – Mr Robert Pilarczyk – Hill Engineering LLC & Mr Jared Yunk – The Boeing Co
  • Load Spectra Development and Damage Tolerance Sensitivities: An Application of Airworthiness Circular 23-13A – Mr Michael Worley – SWRI & Mr Jacob Warner – USAF
  • Fatigue predictions at cold expanded holes – Mr Jacob Warner – USAF

We are grateful to be included in the “toolboxes” of these ASIP engineers, and look forward to supporting their future fracture mechanics, DaDT and 3D crack front modeling challenges.

ASIP 2021 Training Materials Available…

On Monday, November 29th, Brent had the pleasure of providing a training course to a group of attentive ASIP engineers on the development of StressCheck®-based Sim Apps for customized DaDT automation workflows. Thanks to those who attended the training course and participated by asking questions/requesting demos!

ESRD’s Brent Lancaster presents a training course on developing StressCheck®-powered Sim Apps.

If you are interested in this topic, you can download Brent’s training presentation (in PowerPoint show or PDF format) and watch the five (5) video demos via the below link:

View ASIP 2021 Training Materials

We are looking forward to receiving your feedback on the training course presentation.

Note: if you are not a current ESRD customer and would like to evaluate the StressCheck®-based Sim App examples presented during the course, please contact us for a trial evaluation of StressCheck® and CAE Handbook. In the “Comment or Message” box, please write “I would like to explore the ASIP 2021 StressCheck®-based Sim Apps.”

Upcoming Webinar…

We are pleased to announce a Q1 2022 webinar focused on new and improved fracture mechanics features for StressCheck® v11. Below is the webinar abstract:

StressCheck® v11 and newer implements a mixed element boundary layer mesher to apply pentahedral and hexahedral elements to the crack front to minimize element distortion and maintain a high-quality solution in the vicinity of the crack. This leads to a higher degree of accuracy in SIF calculations, and overall solver efficiency, when compared to the previous all-tetrahedral boundary layer meshing implementation.

Example of a mixed boundary layer for 180 degree crack.
Example SIF distribution from mixed boundary layer mesh.

If you are interested in pre-registering for this webinar, please complete the below form and we will ensure you are informed of the date/time/topics:

ESRD Webinar: New and Improved Features for 3D Fracture Mechanics Analysis in StressCheck
In this must-see webinar, we will demonstrate the features and enhancements being implemented in StressCheck to allow for mixed (penta/hexa) boundary layer automeshes at holes/crack fronts, improvements in stress intensity factor (SIF) extraction success rates and quality, and reduced solver times for 3D fracture mechanics analyses.
Tags: Aerospace and DefenseASIPDaDTDemosFractureNumerical SimulationResource LibrarySim AppsStressCheckStressCheck-Powered AppsWebinarWorkshop
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