Experimental and Analytical Investigation of Deflection of R-UHPFRC Beams Subjected to Loading–Unloading by Bartłomiej Sawicki, Eugen Brühwiler

“…This paper proposes a material model for UHPFRC under loading–unloading and a numerical layered model for the calculation of stress and strain distribution in the cross section. …”
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Nonlinear finite element analysis of RC plates and shells using the unified strength theory by Wang, Fang

“…The main objective and target of the present research is to develop an accurate and reliable material model for the numerical modelling of RC structures. …”
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Experimental and numerical analyses of temperature effect on glare panels under quasi-static perforation by Chow, Z. P., Ahmad, Z., Wong, K. J., Syed Abdullah, S. I. B.

“…Explicit nonlinear code LS-DYNA was then employed to develop the finite element model of the FML with Johnson-Cook material model for the aluminium, Chang-Chang material model for the GFRP and cohesive zone model with bilinear traction separation law for the epoxy adhesive. …”

Material characterization and modeling for piezoelectric actuation and power generation under high electromechanical driving levels by Lin, Ching-Yu, 1972-

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Structural and electronic properties of β-MnO2 nanoclusters by Masoga Wesley P., Ngoepe Phuti E., Chauke Hasani R.

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Some Issues on Crystal Plasticity Models Formulation: Motion Decomposition and Constitutive Law Variants by Peter Trusov, Alexey Shveykin, Nikita Kondratev

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Numerical Material Testing of Mineral-Impregnated Carbon Fiber Reinforcement for Concrete by Kai Zernsdorf, Viktor Mechtcherine, Manfred Curbach, Thomas Bösche

“…In addition, the stochastic nature of the fiber strength, the anisotropic damage mechanisms of the brittle matrix, and the non-linear bonding behavior between the filaments and the matrix were considered in the material models. The material models were adjusted based on the literature sources and our own experimental investigations. …”
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Framework for Predicting Failure in Polymeric Unidirectional Composites through Combined Experimental and Computational Mesoscale Modeling Techniques by Bilal Khaled, Loukham Shyamsunder, Josh Robbins, Yatin Parakhiya, Subramaniam D. Rajan

“…They demonstrate a reasonable match and provide the basic framework to completely define the composite homogenized material model that can be used as a vehicle for failure predictions.…”
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Finite element model of bamboo culm (Phyllostachys sp.) and its comparison to two experimental tests by Václav Sebera, Jan Tippner, Petr Horáček, Aleš Dejmal, Martin Beníček

“…By contrast the barrier – diaphragm – is represented by free mesh with isotropic material model. Both FE models are fully parametric and three-dimensional. …”
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Numerical Simulation of Dry Ice Compaction Process: Comparison of Drucker-Prager/Cap and Cam Clay Models with Experimental Results by Maciej Berdychowski, Jan Górecki, Aleksandra Biszczanik, Krzysztof Wałęsa

“…The first part of the article presents a description of the material used, material models and the methodology of experimental research. …”
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Mechanical Characterization and FE Modelling of a Hyperelastic Material by Majid Shahzad, Ali Kamran, Muhammad Zeeshan Siddiqui, Muhammad Farhan

“…Yeoh model seems to be right choice, among the available material models, because of its ability to match experimental stress-strain data at small and large strain values. …”
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Modeling of newest superalloy and simulation of forming process for turbine disk by WANG Yan-ju, JIANG Jia-ying, SHA Ai-xue, LI Xing-wu

“…As the numerical simulation results, the reasonable range of the thermoforming parameters for the turbine disk can be concluded.Finally, the material models are verified and an integrated method of experiment and calculation for the material models construction are established. …”
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Bullet proof by Binner, J, Todd, R, Brown, P

“…The approach is also helping the research team to pinpoint the precise failure mechanisms and material properties that are directly relevant to the development of a verifiable, multi-scale ceramic material model. Some of the most important outcomes of the project are the development of a multi-scale ceramic material model that can be implemented via widely used, commercial finite-element software, as well as the use of micro-cantilever beam testing of armor ceramics to evaluate, refine and validate this model at higher strain rates.…”

Numerical and Experimental Investigations on Residual Stress and Hardness within a Cold Forward Extruded Preform by Tae-Wan Ku

“…After assuming the deformation behavior of the workpiece during the cold forward extrusion with a plastic material model and with an elasto-plastic material model, separately, three-dimensional finite element simulations are adopted to visualize the residual stress and the plastic deformation damage. …”
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Experimental and Numerical Investigation of the In-Plane Compression of Corrugated Paperboard Panels by Johan Cillie, Corné Coetzee

“…The panels were then modelled using non-linear FEA with a linear material model. The results show that the in-plane deformation was still underpredicted, but a general improvement was seen. …”
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Axisymmetric bifurcations of thick spherical shells under inflation and compression by deBotton, G, Bustamante, R, Dorfmann, A

“…A thick-walled spherical shell during inflation is analyzed using four different material models. Specifically, one and two terms in the Ogden energy formulation, the Gent model and an I1 formulation recently proposed by Lopez-Pamies. …”

Application of the Finite Element Method to the Incremental Forming of Polymer Sheets: The Thermomechanical Coupled Model and Experimental Validations by A. García-Collado, Gustavo Medina-Sanchez, Munish Kumar Gupta, R. Dorado-Vicente

“…An experimental test with default process parameters was used to determine an adequate numerical configuration (element type, mesh resolution, and material model). Finally, compared to a set of experimental tests with different thermoplastics, the proposed model, which does not consider complex rheological material models, shows a good agreement with an approximation error of less than 11% in the vertical forming force prediction.…”
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Subgrain Coalescence Simulation by Means of an Advanced Statistical Model of Inelastic Deformation by Nikita Kondratev, Peter Trusov, Andrej Podsedertsev, Matvej Baldin

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Describing the Material Behavior of Steel and Carbon Fiber Reinforced Composites Using a Combined Damage-Plasticity Approach by Jan Rehra, Christian Andriß, Sebastian Schmeer, Ulf P. Breuer

“…In addition, SCFRP laminates are manufactured, tested under tensile loading, and used to parameterize the material models and to validate the description method for SCFRP. …”
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Frequency domain analysis of pre-stressed elastomeric vibration isolators by S. Somanath, R. Marimuthu, Shankar Krishnapillai

“…A multiplicative non-separable variables law is derived for Yeoh material model to include the effect of static pre-stress, based on the methodology given in literature (Nashif et al., 1985; Beda et al., 2014) [2,3]. …”
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