Hüsnü Dal

E-mail

dal@metu.edu.tr

Department

Department of Mechanical Engineering

ORCID

0000-0002-2973-3991

Scopus Author ID

26031218500

Web of Science Researcher ID

K-2349-2014

A stochastic phase-field approach for the failure of rubberlike materials Açıkgöz, Kemal; Efe Tanış, Bülent; Dal, Hüsnü (2025-01-01) Although in the classical phase-field approach the assumption is a homogenized distribution of the critical energy release rate over the material, leading to catastrophic failure and hence brittle fracture; the experimenta...
A data-driven constitutive model for compressible polymeric foams Açan, Alp Kağan; Gargı, Y.; Başdemir, Selçuk; Dal, Hüsnü (2025-01-01) Compressible polymeric foams exhibit a highly non-linear mechanical behaviour. Classical constitutive models have a fixed Mathema tical expression. Degree of porosity and the cellular structure of the foam affects the mech...
Constitutive modelling of amplitude dependent dynamic response of rubber-like materials Yayla, Ayşe Usta; Durna, Recep; Dal, Hüsnü (2025-01-01) Rubber-like materials are widely used in the automotive, aerospace, and naval industries. The mechanical performance of rubbery polymers can be improved by incorporating filler particles. Filled rubber exhibits an amplitud...
A comparative case study for fatigue lifetime predictors on EPDM rubber Tanış, Bülent Efe; Başdemir, Selçuk; Dal, Hüsnü; Bilal, Halil (2025-01-01) Prediction of lifetime for rubber-like materials subjected to uniaxial and multiaxial loads is an essential requirement in design of rubber components. The current state-of-art predictions rely on a range of stretch, stres...
Spatial variation of physical, mechanical, and thermophysical properties of 3D printed concrete across a full-scale wall Bayrak, Alper Tunga; Shaban, Nefize; Seyedıan Choubı, Sepehr; Tuncer, Erman; Yang, Shih-Hsien; Yılmaz, Halit Dilşad; Alkilani, Abdallah Zaid; Dal, Hüsnü; Unluer, Cise; Gürsel Dino, İpek; Örtemiz, Emre; Sarıtaş, Afşin; Akgül, Çağla (2024-06-14) 3D-printed concrete (3DPC) is a layered anisotropic material whose properties are significantly impacted by the production parameters. To design and analyze large-scale printed structures, it is vital to understand the spa...
HYPER-DATA: A MATLAB based optimization software for data-driven hyperelasticity Durna, Recep; Açan, Alp Kağan; Tikenogullari, Oguz Ziya; Dal, Hüsnü (2024-05-01) In this work, a parameter identification software for the data -driven hyperelasticity frameworks proposed by Dal et al. (Journal of the Mechanics and Physics of Solids 179, 105381, 2023), and Tikenogullariet al. (Journal ...
Data-driven hyperelasticity, Part II: A canonical framework for anisotropic soft biological tissues TİKENOĞULLARI, OĞUZ ZİYA; Açan, Alp Kağan; Kuhl, Ellen; Dal, Hüsnü (2023-12-01) In this work, we present a novel anisotropic data-driven hyperelasticity framework for the constitutive modeling of soft biological tissues that allows direct incorporation of experimental data into the constitutive model,...
Growth-induced instabilities for transversely isotropic hyperelastic materials Altun, Cem; Gürses, Ercan; Dal, Hüsnü (2023-12-01)
Data-driven hyperelasticity, Part I: A canonical isotropic formulation for rubberlike materials Dal, Hüsnü; Denli, Funda Aksu; Açan, Alp Kağan; Kaliske, Michael (2023-10-01) Data-driven hyperelasticity shows great promise for modeling the mechanical response of rubberlike materials. It enables an automated linkage between experimental data and me chanical response without a priori knowledge o...
Coupled thermo-viscoplastic fracture model for ductile-brittle failure of amorphous glassy polymers with phase-field approach Dal, Hüsnü (2023-05-31) Amorphous glassy polymers have an extensive use in the industrial sectors including micro-electronics, medical industry and aerospace, therefore their design and usage have become a significant task nowadays. The fracture ...

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