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Paper on MechanicsArxiv by Akshay Pakhare, Naba Karan, and Pradeep Guduru: reading sodium storage in hard carbon through stress

Submitted by Pradeep Sharma on
opinion
mechanics

As a theoretician, I usually gravitate more towards papers of that kind, but the recently uploaded paper by Pakhare et. al. on MechanicsArxiv, caught my attention simply because it begs for some theoretical mechanics work to be done. 

Physics-informed neural networks for transient diffusion interface problems: Kolmogorov–Arnold networks versus multilayer perceptrons

Submitted by vrh59ir on
research
Physics-informed neural networks (PINNs) remain challenging for transient interface problems with discontinuous coefficients, sharp interfacial gradients, and multiple temporal scales. In this work, we develop a PINN framework for transient diffusion interface problems with physically consistent interface conditions and compare multilayer perceptron (MLP) architectures with several radial-basis-function Kolmogorov–Arnold network (RBF–KAN) variants.

Maxwell, Airy and Hill walk into a bar, here is the theorem they write

Submitted by hnassar@uh.edu on
research

The lemma of Hill (or of Hill-Mandel) is crucial to the consistent treatment of effective properties in the theory of composites. Building on various classical results (notably by Maxwell and Airy), I've recently applied the lemma sort of "out of context" to characterize (count really) the (infinitesimal) isometric deformations of periodic surfaces.

EML Webinar by Miguel Bessa: Disentangling Uncertainty in AI for Engineering

Submitted by mattia.bacca on
research
EML Webinar
computational mechanics
artificial intelligence
materials science
solid mechanics

Dear colleagues,

I am pleased to invite you to the next webinar in the Extreme Mechanics Letters (EML) Webinar Series.

Our upcoming seminar will be delivered by Prof. Miguel Bessa (Brown University):

"Disentangling Uncertainty in AI for Engineering"

Date: Wednesday, 15 July 2026

Time: 10:00 am Boston / 3:00 pm London / 4:00 pm Paris / 10:00 pm Beijing

Call for nominations for the 2026 International Society of Materials Modeling Awards and Honors

Submitted by Jaafar El-Awady on

The International Society of Materials Modeling (ISMM) is pleased to announce the call for nominations for the 2026 ISMM Awards and Honors.

Nominations are now open for:

1) Distinguished Career Achievement Award in Materials Modeling: Recognizing outstanding, sustained contributions to materials modeling over a distinguished career.

Past recipients:
William A. Curtin, Jr., 2022
Jörg Neugebauer, 2024

Postdoc position at Oxford on experimental materials engineering (mechanical testing of metals, hydrogen embrittlement)

Submitted by Emilio Martíne… on
job

I am hiring a postdoc at the University of Oxford to work on my ERC Starting Grant ResistHfracture project. Further details below and at:
https://eng.ox.ac.uk/jobs/job-detail?vacancyID=187458

Postdoctoral fellowship in the area of crystal plasticity finite element modeling

Submitted by HamidAbdolvand on

Applications are invited for a 2-year postdoc position in the area of crystal plasticity finite element modeling of polycrystals. This is a full-time position at the University of Western Ontario, Canada, and the selected applicant may begin immediately. In addition, this position is extendable for another two years, depending on the availability of funds and the applicant’s performance.

Multi-objective topology optimization of heat pipe cooled reactor core subjected to thermo-mechanical loadings

Submitted by Jinxiong Zhou on

The Heat Pipe Cooled Reactor (HPR) is a critical component for mobile energy supply in extreme environments, such as deep space exploration, deep-sea submersion, and remote engineering operations, where lightweight design is a key performance indicator. Existing studies primarily focus on the layout and sizing of the heat pipes, while the matrix, which serves as both the primary heat transfer medium and the load-bearing structure, constitutes a significant portion of the mass but has not been adequately explored.

Modeling viscoelasticity-viscoplasticity of high-strain composites for space deployable structures

Submitted by Jinxiong Zhou on
Space deployable structures made of thin-ply fiber-reinforced composite laminates exhibit significant time-dependent mechanical behaviors, including stress relaxation, shape recovery, and permanent residual deformation throughout their service period. Currently, there is a lack of an appropriate composite laminate model that is able to fully describe these phenomena.
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