User contributions for Jadmin

11:4511:45, 2 February 2023 diff hist +2‎ Committee on Joint Mechanics ‎ →�
11:4511:45, 2 February 2023 diff hist +2‎ Committee on Joint Mechanics ‎ →�
11:4511:45, 2 February 2023 diff hist −11‎ Committee on Joint Mechanics ‎ →�
11:4211:42, 2 February 2023 diff hist −3‎ 7th International Conference on Computational Contact Mechanics ‎No edit summary current
11:4111:41, 2 February 2023 diff hist +6‎ 7th International Conference on Computational Contact Mechanics ‎No edit summary
11:4011:40, 2 February 2023 diff hist +201‎ N 7th International Conference on Computational Contact Mechanics ‎ Created page with "{{DISPLAYTITLE:7th International Conference on Computational Contact Mechanics}} {{#widget:PDF |url =https://drive.google.com/file/d/1BETzqhzRCNidCF4SLwJ6W9XFVTwfNIUq/view |hieght = 200 |width = 720 }}"
11:3611:36, 2 February 2023 diff hist 0‎ Committee on Joint Mechanics ‎ →�
11:3611:36, 2 February 2023 diff hist +181‎ Committee on Joint Mechanics ‎ →�

12:2912:29, 13 December 2022 diff hist −150‎ Committee on Joint Mechanics ‎ →�
12:2812:28, 13 December 2022 diff hist +11‎ Blisks with Small Geometry Mistuning and Blend Repair: High-fidelity Modelling, Analysis and Experimental Verification by Biao Zhou, Dec. 2022 ‎ →�

11:5711:57, 11 October 2022 diff hist −68‎ Committee on Joint Mechanics ‎ →�
11:5611:56, 11 October 2022 diff hist 0‎ Committee on Joint Mechanics ‎ →�
11:5611:56, 11 October 2022 diff hist −101‎ Committee on Joint Mechanics ‎ →�
11:5511:55, 11 October 2022 diff hist +11‎ The Tangential Contact Stiffness: A Static or Dynamic Property? by Alfredo Fantetti, Oct. 11, 2022 ‎ →�

09:0709:07, 23 September 2022 diff hist +35‎ Committee on Joint Mechanics ‎ →�
09:0609:06, 23 September 2022 diff hist +2,293‎ The Tangential Contact Stiffness: A Static or Dynamic Property? by Alfredo Fantetti, Oct. 11, 2022 ‎No edit summary Tag: Visual edit: Switched
09:0509:05, 23 September 2022 diff hist +2,285‎ N Blisks with Small Geometry Mistuning and Blend Repair: High-fidelity Modelling, Analysis and Experimental Verification by Biao Zhou, Dec. 2022 ‎ Created page with "{{DISPLAYTITLE:Blisks with Small Geometry Mistuning and Blend Repair: High-fidelity Modelling, Analysis and Experimental Verification by Biao Zhou, Dec. 2022}} ==Blisks with Small Geometry Mistuning and Blend Repair: High-fidelity Modelling, Analysis and Experimental Verification== Biao Zhou Nanjing University of Aeronautics and Astronautics, China December 2022 ===Abstract:=== Blisks extensively used in the fan/compressor sections of advanced aeroengines, are s..."
09:0409:04, 23 September 2022 diff hist +140‎ Committee on Joint Mechanics ‎ →� Tag: Visual edit: Switched

08:5608:56, 21 September 2022 diff hist +47‎ Committee on Joint Mechanics ‎ →�

11:5811:58, 20 September 2022 diff hist +298‎ N The Tangential Contact Stiffness: A Static or Dynamic Property? by Alfredo Fantetti, Oct. 11, 2022 ‎ Created page with "{{DISPLAYTITLE:Tangential Contact Stiffness by Alfredo Fantetti, Sept 2022}} ==Tangential Contact Stiffness== Alfredo_Fantetti October, 2022 ===Abstract:=== ===Biography:=== ==Video Presentation == {{#widget:Youtube |id = | height = 444 | width = 790 }} Category:Seminar_Series"
11:5711:57, 20 September 2022 diff hist −71‎ Committee on Joint Mechanics ‎ →�
11:5511:55, 20 September 2022 diff hist +11‎ A Structure-Preserving Neural Differential Operator for Modeling Structural Dynamics by David Najera-Flores, September 2022 ‎No edit summary

08:1808:18, 13 September 2022 diff hist +123‎ Committee on Joint Mechanics ‎ →�
08:1508:15, 13 September 2022 diff hist 0‎ TRC2022Presentations ‎No edit summary current
08:1008:10, 13 September 2022 diff hist +3,953‎ N TRC2022Presentations ‎ Created page with "=Project 1: Handling Shaker Structure Interactions in Nonlinear Dynamic Testing= Patrick Hippold, University of Stuttgart Tong Wei, Imperial College London Tong Zhou, Université de Liège ==Abstract== When testing structures with vibration exciters, the structural response may distort the applied forcing. This unwanted interaction compromises the quality of the test results. This project addresses a particular form of distortion, namely the occurrence of higher harm..."

13:3513:35, 9 September 2022 diff hist +2‎ A Structure-Preserving Neural Differential Operator for Modeling Structural Dynamics by David Najera-Flores, September 2022 ‎ →�
13:3513:35, 9 September 2022 diff hist −43‎ A Structure-Preserving Neural Differential Operator for Modeling Structural Dynamics by David Najera-Flores, September 2022 ‎No edit summary
13:3413:34, 9 September 2022 diff hist +1,969‎ A Structure-Preserving Neural Differential Operator for Modeling Structural Dynamics by David Najera-Flores, September 2022 ‎No edit summary Tag: Visual edit: Switched

11:1511:15, 7 September 2022 diff hist +142‎ Committee on Joint Mechanics ‎ →�
11:1511:15, 7 September 2022 diff hist +2,748‎ N Understanding Jointed Interfaces Through Tribomechadynamics by Matt Brake, Sept 2022 ‎ Created page with "{{DISPLAYTITLE:Understanding Jointed Interfaces Through Tribomechadynamics by Matt Brake, Sept 2022}} ==Understanding Jointed Interfaces Through Tribomechadynamics== Matthew R.W. Brake Professor, Rice University September, 2022 ===Abstract:=== Tribomechadynamics is a new field in mechanical engineering that includes tribology (the study of surfaces in relative motion), contact mechanics, and structural dynamics. These three disciplines all study mechanical interface..."

09:0109:01, 11 August 2022 diff hist +135‎ Modal Analysis for Nonlinear Dynamics: Quasi-Static Perspectives for Dissipative Dynamics by Dr. Nidish Balaji, June 2022 ‎No edit summary

09:2409:24, 18 July 2022 diff hist −92‎ Committee on Joint Mechanics ‎ →�
09:2409:24, 18 July 2022 diff hist +259‎ N A Structure-Preserving Neural Differential Operator for Modeling Structural Dynamics by David Najera-Flores, September 2022 ‎ Created page with "{{DISPLAYTITLE:Neural Networks and Joints by David Najera-Flores, September 2022}} ==TBD== Sepember, 2022 ===Abstract:=== ===Biography:=== ==Video Presentation == {{#widget:Youtube |id = | height = 444 | width = 790 }} Category:Seminar_Series"

13:1913:19, 10 May 2022 diff hist +1,852‎ N Nonlinear Modal Testing: A Phase Resonance Approach using Controlled Excitation by Maren Scheel, May 2022 ‎ Created page with "{{DISPLAYTITLE:Nonlinear Modal Testing: A Phase Resonance Approach using Controlled Excitation by Maren Scheel, May 2022}} ==Nonlinear Modal Testing: A Phase Resonance Approach using Controlled Excitation== Maren Scheel University of Stuttgart, Stuttgart, Germany May 10, 2021 ===Abstract:=== In contrast to linear modes, the parameters of a nonlinear mode, i.e., modal frequency, damping ratio, and deflection shape, depending on the vibration level. This is why stand..."

08:3308:33, 19 April 2022 diff hist +33‎ Potential of Virtual Tribomechadynamics by Wolfgang Witteveen, October 2021 ‎No edit summary
08:3208:32, 19 April 2022 diff hist +154‎ Reduced order modelling of geometrically nonlinear large finite elements structures: Direct parametrisation of invariant manifolds via high-order order expansion by Alessandra Vizzaccaro, September 2021 ‎No edit summary
08:3208:32, 19 April 2022 diff hist +39‎ Non-Contact Diagnostics in Structural Dynamics by Daniel Rohe, April 2022 ‎No edit summary
08:2808:28, 19 April 2022 diff hist +76‎ Control-Based Continuation – A New Paradigm for Testing Nonlinear Systems by Ludovic Renson, November 2021 ‎No edit summary
08:2808:28, 19 April 2022 diff hist +43‎ Manipulating Mechanical Waves in Materials by Katie Matlack, December 2021 ‎No edit summary
08:2808:28, 19 April 2022 diff hist +79‎ An Introduction to Structural Dynamics, Experimental Modal Analysis and Substructuring by Matt Allen, May 2021 ‎No edit summary
08:2708:27, 19 April 2022 diff hist +73‎ Resonances of Nonlinear Mechanical Systems: a Nonlinear Normal Mode Perspective by Gaetan Kerschen, June 2021 ‎No edit summary
08:2708:27, 19 April 2022 diff hist +72‎ Harmonic Balance with Continuation Methods: Basics, New Trends and Future Direction by Loic Salles, July 2021 ‎No edit summary
08:2708:27, 19 April 2022 diff hist +24‎ Damping in Built-Up Structures by Hugh Goyder, March 2022 ‎No edit summary
07:5607:56, 19 April 2022 diff hist +251‎ Committee on Joint Mechanics ‎ →�

08:4808:48, 14 April 2022 diff hist +19‎ Committee on Joint Mechanics ‎ →�
08:4608:46, 14 April 2022 diff hist +2,013‎ N Non-Contact Diagnostics in Structural Dynamics by Daniel Rohe, April 2022 ‎ Created page with " {{DISPLAYTITLE:Daniel Rohe Seminar April 12, 2022}} ==Non-Contact Diagnostics in Structural Dynamics== Daniel Rohe Sandia National Laboratories, Albuquerque, NM April 12, 2022 ===Abstract:=== Non-contact diagnostics have several advantages over traditional discrete sensors such as accelerometers and strain gauges. For example, measurements can be taken without mass loading the structure. Generally, full-field, three-dimensional data can be acquired. Non-contact..."

08:3608:36, 2 March 2022 diff hist −11‎ Damping in Built-Up Structures by Hugh Goyder, March 2022 ‎ →�
08:3608:36, 2 March 2022 diff hist +2‎ Committee on Joint Mechanics ‎ →�
08:3608:36, 2 March 2022 diff hist +162‎ Committee on Joint Mechanics ‎ →�
08:3408:34, 2 March 2022 diff hist +2,035‎ N Damping in Built-Up Structures by Hugh Goyder, March 2022 ‎ Created page with "{{DISPLAYTITLE:Hugh Goyder Seminar March 8, 2022}} ==Damping in Built-Up Structures== Hugh Goyder Cranfield University, Shrivenham, UK March 8, 2022 ===Abstract:=== The vibration of structures is all about mass, stiffness and damping. While the behaviour of mass and stiffness is well known damping continues to be unpredictable, difficult to model and poorly understood. The first part of this talk will be an introduction to damping and will show why even if it is lin..."

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