User contributions for Jadmin

12 May 2026

• 10:0110:01, 12 May 2026 diff hist +12‎ What is automatic differentiation? A tutorial and demonstration using JAX. by Matt Bonney, March 2026 ‎ →†current
• 10:0110:01, 12 May 2026 diff hist +1,799‎ N Probabilistic Structural Uncertainty Modeling by Marc Mignole, April 2026 ‎ Created page with "{{DISPLAYTITLE:Probabilistic Structural Uncertainty Modeling by Marc Mignole, April 2026}} ==Probabilistic Structural Uncertainty Modeling== Marc Mignole Professor, Arizona State University April, 2026 ===Abstract:=== The talk will first discuss what uncertainty is, differences between epistemic and aleatoric uncertainties, and why they should be modeled/accounted for. Probabilistic concepts used to model uncertainty will then be reviewed, from introducing well chos..." current
• 09:4809:48, 12 May 2026 diff hist +2,561‎ N What is automatic differentiation? A tutorial and demonstration using JAX. by Matt Bonney, March 2026 ‎ Created page with "{{DISPLAYTITLE:What is automatic differentiation? A tutorial and demonstration using JAX. by Matt Bonney, March 2026}} ==Understanding Jointed Interfaces Through Tribomechadynamics== Dr. Matt Bonney Lecturer (assistance professor equivilant) at Swansea University March 2026 ===Abstract:=== As we explore the complex nature of nonlinear dynamics and joint mechanics, there is an increasing computational demand for simulation and evaluation of both physics-based and da..."

22 January 2026

• 15:0815:08, 22 January 2026 diff hist +2,316‎ N Aerospace Applications of Quasi Static Modal Analysis with Riveted Joints by Brandon Rapp, Dec. 2025 ‎ Created page with "{{DISPLAYTITLE:Aerospace Applications of Quasi Static Modal Analysis with Riveted Joints by Brandon Rapp, Dec. 2025}} ==Aerospace Applications of Quasi Static Modal Analysis with Riveted Joints== Brandon Rapp Pratt & Whitney December, 2025 ===Abstract:=== Non-linear modeling of interfaces can be difficult, especially in the case of rivets where the mechanics of the assembly process drive complexities into the assembled joint. One method to bypass the analytical diff..." current

3 December 2025

• 14:2714:27, 3 December 2025 diff hist −14‎ Vibration-induced friction modulation: theory and applications by Dr. Alessandro Cabboi, Nov. 20, 2025 ‎No edit summary current
• 14:2014:20, 3 December 2025 diff hist +3,406‎ N Vibration-induced friction modulation: theory and applications by Dr. Alessandro Cabboi, Nov. 20, 2025 ‎ Created page with "{{DISPLAYTITLE:Vibration-induced friction modulation: theory and applications. by Dr. Alessandro Cabboi, Nov. 20, 2025}} ==What does a number mean: a summary of uncertainty quantification methods in engineering== Dr. Alessandro Cabboi TU Delft, Delft, Netherlands November 20, 2025 ===Abstract:=== In the last 6 years, TU Delft investigated the use of a slip-joint to connect offshore structures, such as wind turbine towers to their corresponding support structure. Th..."

8 July 2025

• 14:5714:57, 8 July 2025 diff hist +11‎ Tutorial: Wavelet Analysis and Signal Decomposition for Nonlinear Signals by Keegan Moore, July 2025 ‎ →†current
• 12:3912:39, 8 July 2025 diff hist +6‎ Tutorial: Wavelet Analysis and Signal Decomposition for Nonlinear Signals by Keegan Moore, July 2025 ‎ →â€
• 12:3812:38, 8 July 2025 diff hist +325‎ Tutorial: Wavelet Analysis and Signal Decomposition for Nonlinear Signals by Keegan Moore, July 2025 ‎No edit summary
• 12:3612:36, 8 July 2025 diff hist 0‎ Tutorial: Wavelet Analysis and Signal Decomposition for Nonlinear Signals by Keegan Moore, July 2025 ‎ →â€
• 12:3512:35, 8 July 2025 diff hist +135‎ Tutorial: Wavelet Analysis and Signal Decomposition for Nonlinear Signals by Keegan Moore, July 2025 ‎No edit summary
• 09:5809:58, 8 July 2025 diff hist +313‎ Committee on Joint Mechanics ‎ →†current
• 09:5709:57, 8 July 2025 diff hist +14‎ Tutorial: Wavelet Analysis and Signal Decomposition for Nonlinear Signals by Keegan Moore, July 2025 ‎No edit summary
• 09:5609:56, 8 July 2025 diff hist +2,304‎ N Tutorial: Wavelet Analysis and Signal Decomposition for Nonlinear Signals by Keegan Moore, July 2025 ‎ Created page with "{{DISPLAYTITLE:Tutorial: Wavelet Analysis and Signal Decomposition for Nonlinear Signals by Keegan Moore, July 2025}} ==Understanding Jointed Interfaces Through Tribomechadynamics== Keegan Moore Professor, Georgia Institute of Technology July 8, 2025 ===Abstract:=== This tutorial addresses the challenges of analyzing complex signals from nonlinear mechanical structures undergoing vibrations. Such signals, whether from measurements or simulations, are often non-stati..."

29 May 2025

• 08:2608:26, 29 May 2025 diff hist −349‎ Committee on Joint Mechanics ‎ →â€
• 08:2408:24, 29 May 2025 diff hist +1,975‎ N What does a number mean: a summary of uncertainty quantification methods in engineering by Dr. Matt Bonney, May. 20, 2025 ‎ Created page with "{{DISPLAYTITLE:What does a number mean: a summary of uncertainty quantification methods in engineering by Dr. Matt Bonney, May. 20, 2025}} ==What does a number mean: a summary of uncertainty quantification methods in engineering== Dr. Matt Bonney Swansea University, Wales, UK May 20, 2025 ===Abstract:=== When engineers communicate, despite any language barriers, there is always numbers. These numbers allow us to quantify designs, costs, and ideas. However, the use..." current

1 May 2025

• 15:2115:21, 1 May 2025 diff hist +11‎ Tutorial: Efficient and accurate time integration of FE models with small sliding contact using 3DS software Abaqus and Simpack by Prof. Wolfgang Witteveen, Apr. 23, 2025 ‎ →†current

16 April 2025

• 09:4609:46, 16 April 2025 diff hist 0‎ Tutorial: Efficient and accurate time integration of FE models with small sliding contact using 3DS software Abaqus and Simpack by Prof. Wolfgang Witteveen, Apr. 23, 2025 ‎ →â€
• 09:4509:45, 16 April 2025 diff hist +2,162‎ N Tutorial: Efficient and accurate time integration of FE models with small sliding contact using 3DS software Abaqus and Simpack by Prof. Wolfgang Witteveen, Apr. 23, 2025 ‎ Created page with "{{DISPLAYTITLE:Tutorial: Efficient and accurate time integration of FE models with small sliding contact using 3DS software Abaqus and Simpack by Prof. Wolfgang Witteveen, Apr. 23, 2025}} ==Tutorial: Efficient and accurate time integration of FE models with small sliding contact using 3DS software Abaqus and Simpack== Prof. Wolfgang Witteveen University of Applied Sciences Upper Austria April 23, 2025 ===Abstract:=== Tribomechadynamics is very challenging in terms..."
• 09:4109:41, 16 April 2025 diff hist +88‎ Committee on Joint Mechanics ‎ →â€

9 April 2025

• 13:1313:13, 9 April 2025 diff hist +9‎ An Abaqus-Matlab Tutorial for Jointed Systems by Dr. Nidish Balaji, Mar. 26, 2025 ‎ →†current
• 13:1213:12, 9 April 2025 diff hist +127‎ An Abaqus-Matlab Tutorial for Jointed Systems by Dr. Nidish Balaji, Mar. 26, 2025 ‎No edit summary
• 13:0813:08, 9 April 2025 diff hist +109‎ Committee on Joint Mechanics ‎ →â€
• 13:0713:07, 9 April 2025 diff hist +2,449‎ N An Abaqus-Matlab Tutorial for Jointed Systems by Dr. Nidish Balaji, Mar. 26, 2025 ‎ Created page with "{{DISPLAYTITLE:An Abaqus-Matlab Tutorial for Jointed Systems by Dr. Nidish Balaji, Mar. 26, 2025}} ==An Abaqus-Matlab Tutorial for Jointed Systems== Dr. Nidish Balaji Indian Institute of Technology Madras, Chennai March 26, 2025 ===Abstract:=== The seminar will serve as a tutorial for modeling jointed systems through Abaqus and Matlab. The application will be restricted to small deformation problems, justifying many of the simplifications that will be done in the p..."

17 December 2024

• 12:4312:43, 17 December 2024 diff hist −58‎ Committee on Joint Mechanics ‎ →†Tag: Visual edit
• 12:4312:43, 17 December 2024 diff hist +3,109‎ N Beyond Band Gaps: Modeling Mechanical Metamaterials for Engineering Applications by Svenja Hermann, Dec. 17, 2024 ‎ Created page with "{{DISPLAYTITLE:Beyond Band Gaps: Modeling Mechanical Metamaterials for Engineering Applications by Svenja Hermann, Dec. 17, 2024}} ==Beyond Band Gaps: Modeling Mechanical Metamaterials for Engineering Applications== Svenja Hermann TU Dortmund December 17, 2024 ===Abstract:=== Mechanical metamaterials offer unique capabilities for wave control and vibration mitigation. For these materials, there are certain frequency ranges in which waves cannot freely propagate in sp..." current

22 November 2024

• 08:4908:49, 22 November 2024 diff hist +27‎ Committee on Joint Mechanics ‎ →â€
• 08:4808:48, 22 November 2024 diff hist +1,550‎ Committee on Joint Mechanics ‎ →â€
• 08:4608:46, 22 November 2024 diff hist +11‎ Nonlinear Wave-Based Vibration Approach for Analytical Determination of Periodic Solutions and Stability in Jointed Bars, by Michael J. Leamy, Nov. 11, 2024 ‎ →†current

12 November 2024

• 11:1411:14, 12 November 2024 diff hist +105‎ Committee on Joint Mechanics ‎ →â€
• 11:1311:13, 12 November 2024 diff hist +4,637‎ N Nonlinear Wave-Based Vibration Approach for Analytical Determination of Periodic Solutions and Stability in Jointed Bars, by Michael J. Leamy, Nov. 11, 2024 ‎ Created page with "{{DISPLAYTITLE:Nonlinear Wave-Based Vibration Approach for Analytical Determination of Periodic Solutions and Stability in Jointed Bars, by Michael J. Leamy, Nov. 11, 2024}} ==Nonlinear Wave-Based Vibration Approach for Analytical Determination of Periodic Solutions and Stability in Jointed Bars== Michael J. Leamy (with M. Brake and N. Balaji) Georgia Institute of Technology November 12, 2024 ===Abstract:=== In this work we detail an analytical, wave-based approac..."
• 11:1011:10, 12 November 2024 diff hist +65‎ Challenges of applying topology optimization to multiscale problems by Caglar Tamur, Oct. 22, 2024 ‎ →†current

18 October 2024

• 11:5811:58, 18 October 2024 diff hist +2,065‎ N Challenges of applying topology optimization to multiscale problems by Caglar Tamur, Oct. 22, 2024 ‎ Created page with "{{DISPLAYTITLE:Challenges of applying topology optimization to multiscale problems by Caglar Tamur, Oct. 22, 2024}} ==Challenges of applying topology optimization to multiscale problems== Caglar Tamur University of California San Diego October 22, 2024 ===Abstract:=== Topology optimization in engineering design has demonstrated its capability to provide creative and unintuitive designs, previously not thought of. For a component designed for one functionality under..."
• 11:5411:54, 18 October 2024 diff hist +83‎ Committee on Joint Mechanics ‎No edit summary
• 11:5311:53, 18 October 2024 diff hist +100‎ Committee on Joint Mechanics ‎ →†Tag: Visual edit

23 August 2024

• 08:2608:26, 23 August 2024 diff hist −16‎ Intro to Digital Signal Processing (DSP) for the Structural Dynamics Practitioner by Ryan Schultz, May 28, 2024 ‎ →†current
• 08:2508:25, 23 August 2024 diff hist +70‎ Intro to Digital Signal Processing (DSP) for the Structural Dynamics Practitioner by Ryan Schultz, May 28, 2024 ‎ →â€

21 August 2024

• 10:3310:33, 21 August 2024 diff hist +1,581‎ N Closely Spaced Modes Aug 2024 ‎ Created page with " As promised, here is the data for our community challenge on identifying the nonlinear characteristics of closely spaced modes. The full set of data, as well as an overview presentation and descriptions of the data, can be found on box: https://rice.box.com/s/iuubosphirhvixrfj9z3pqdby9sjr7ua For the first stage of the challenge, we would like to focus on modes 2 and 3, which are located at 236 and 238 Hz. For an overview of the data, please see the attached pdf. Fo..." current

2 July 2024

• 17:0817:08, 2 July 2024 diff hist +174‎ N Research Needs & Open Questions in Vibration Energy Transport & Dissipation ‎ Created page with "==Slides== {{#widget:PDF |url =https://drive.google.com/file/d/1ZQRhN6_dZwprTeEbLeA7VYOL_fqOAqdI/preview |hieght = 200 |width = 720 }} Category:Joint_Workshop_Reports" current

4 June 2024

• 18:5018:50, 4 June 2024 diff hist −177‎ Committee on Joint Mechanics ‎ →â€

21 May 2024

• 10:4710:47, 21 May 2024 diff hist +1,438‎ N Intro to Digital Signal Processing (DSP) for the Structural Dynamics Practitioner by Ryan Schultz, May 28, 2024 ‎ Created page with "{{DISPLAYTITLE:Intro to Digital Signal Processing (DSP) for the Structural Dynamics Practitioner by Ryan Schultz, May 28, 2024}} ==Intro to Digital Signal Processing (DSP) for the Structural Dynamics Practitioner== Ryan Schultz Research and Development Engineer, Sandia National Laboratories May 28, 2024 ===Abstract:=== Often, in structural dynamics modeling, testing, or analysis, dynamic data is collected and used to understand system behavior or environmental charac..."

13 February 2024

• 11:0211:02, 13 February 2024 diff hist +1,325‎ N NOMAD2024 ‎ Created page with "Dear Colleagues, I am writing to inform you that recruitment for the 11th annual Nonlinear Mechanics and Dynamics (NOMAD XI) Research Institute is underway. We are currently seeking highly qualified graduate students (MS or PhD) and undergraduate students interested in participating in our eight-week long program to work on one of six technical projects – more information forthcoming. For more details about the program or past projects, please see our NOMAD website a..." current
• 10:5910:59, 13 February 2024 diff hist −10‎ TRC2024 ‎ →†current
• 10:5910:59, 13 February 2024 diff hist −1‎ TRC2024 ‎ →â€
• 10:5810:58, 13 February 2024 diff hist +1,810‎ N TRC2024 ‎ Created page with "Dear all, We're excited to announce the projects for the 2024 Tribomechadynamics Research Camp (TRC), which will be hosted by Dr. Christoph Schwingshackl at Imperial College London this summer. The research camp will run from July 1st through August 2nd, and the three projects this year are: # System Identification of Closely Spaced Modes In a collaboration with NOMAD and ETEST, we will be working on a community-wide challenge to extract the nonlinear characteristics o..."
• 10:5510:55, 13 February 2024 diff hist +277‎ Committee on Joint Mechanics ‎No edit summary

12 February 2024

• 10:1910:19, 12 February 2024 diff hist +11‎ ISS Solar Alpha Rotary Joint Tribological Anomaly by Carlos Enriquez, January 2024 ‎ →†current

9 February 2024

• 12:5812:58, 9 February 2024 diff hist +37‎ MediaWiki:Sidebar ‎No edit summary current
• 12:5712:57, 9 February 2024 diff hist +901‎ N Category:Newsletters ‎ Created page with "This initiative aims to keep us all updated on the latest advancements in our field and also provide visibility for our own contributions. We have created a very simple form you can fill with your article information: https://forms.gle/JjjYprPhv5XUr3W28 You just need to write the title and authors and select keywords from the checkbox. We will share the results in one month. If you want to include a non-published version, you could send it to us, and we will add it in..." current

9 January 2024

• 12:2712:27, 9 January 2024 diff hist −1‎ Committee on Joint Mechanics ‎ →â€