Nonlinear analysis of lightweight aggregate concrete columns by Ewelina Kołodziejczyk, Tomasz Waśniewski

“…The paper presents a numerical analysis of deformability and load-bearing capacity of lightweight aggregate concrete (LWAC) elements subjected to bending with axial force. The nonlinear material model of LWAC presented in Eurocode 2 (EC2) was assumed. …”
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Material Flow in Infeed Rotary Swaging of Tubes by Yang Liu, Jing Liu, Marius Herrmann, Christian Schenck, Bernd Kuhfuss

“…Simulations with combined hardening material models were verified by the change of the wall thickness of tubes. …”
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Application of the Variational Method to the Large Deformation Problem of Thin Cylindrical Shells with Different Moduli in Tension and Compression by Xiao-Ting He, Xiao-Guang Wang, Jun-Yi Sun

“…For the purpose of the use of the displacement variational method, the physical equations on the bimodular material model and the geometrical equation under large deformation are derived first. …”
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Fragility Assessment of Traffic Embankments Exposed to Earthquake-Induced Liquefaction by Aleš Oblak, Mirko Kosič, Antonio Viana Da Fonseca, Janko Logar

“…The fragility curves were based on the numerical calculations obtained from FLAC 2D software in conjunction with the PM4Sand material model used for simulating the behavior of liquefaction-susceptible soils during dynamic shaking. …”
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Structural Batteries: A Review by Federico Danzi, Rui Martim Salgado, Joana Espain Oliveira, Albertino Arteiro, Pedro Ponces Camanho, Maria Helena Braga

“…This work also shows an overview of the multiphysics material models developed for these studies and provides a clue for a possible alternative configuration based on solid-state electrolytes.…”
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FEM simulation of static test with imprecise set up by Zhou, Genggeng

“…For the quasi-static simulations, isotropic elasticity and multilinear hardening material models were adopted to delineate both the elastic and plastic regions of the material. …”
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Axial crushing of triangular tubes by Fan, Zhihua., Lu, G., Yu, T. X., Liu, K.

“…The average crushing load for each mode is predicted from the super-folding element theory, which was proposed from the previous investigation on the axial crushing of square columns. A rigid-plastic material model and a kinematically admissible model are involved in this theory. …”
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Finite element modelling on shear behaviour of concrete beam reinforced with glass fiber reinforced polymer bars system / Nurul Izziyante Mat Noor by Mat Noor, Nurul Izziyante

“…In the analysis of reinforced concrete structures, a number of diverse approaches have been used for material modelling. These include of nonlinear elastic models where this simulation is related to constitutive models based on elasticity approach. …”
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A 3D full-field study of cracks in a nuclear graphite under mode I and mode II cyclic dwell loading conditions by Wigger, T, Lin, B, Lupton, C, Marrow, T, Tong, J

“…Integrated FE analysis was carried out with the 3D displacement fields measured by DVC injected into the FE model, from which the crack driving force J‐integral was obtained using a damaged plasticity material model. The evolution of near‐tip strains and the J‐integral during the cyclic dwell loading was examined. …”

Ballistic limit prediction on nacre shell using numerical simulation approach by Abdul Rahman, Muhammad Faisal, Kamarudin, Kamarul Azhar, Dahlan, Hendery, Mohamed Hattab, Mohamed Nasrul

“…The Drucker-Prager material model is employed to predict the ballistic limit velocity since it is suitable for brittle material properties. …”
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The study of impact response of composite material by Mohd Alfaduly, Mohamad Saleh

“…Computational model was constructed 2-D axis-symmetric finite elements. Elastic-plastic material model was incorporated into the finite element modeling to reflect material purpose under impact load and relevant material properties were taken from the published report. …”
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Finite element modeling swift sheet metal formability test by Mohamad Faizul, Khoruddin

“…Comparison between geometry types and material model also conducted in this project. The material was selected based on the frequent use in industry. …”
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Increase in Elastic Stress Limits by Plastic Conditioning: Influence of Strain Hardening on Interference Fits by Mario Schierz

“…Both ideal plastic and hardening material models were used. The results of this work showed that previous stress limits can be significantly increased up to full plastic loading and that the utilization of plastic material properties is also made possible by plastic conditioning for applications that were previously designed to be purely elastic.…”
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Learning Management System Development with Application of Asynchronous Learning Method in STMIK IBBI Medan by Marwa Halim, Suharjito Suharjito

“…Attractive video teaching  materials  model for students has characteristics such as screen shots and presentation models.…”
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Modeling The Drag Forces Of Porous Media Acoustics by Pride, Steve

“…Specifically, analytical expressions are derived for the drag force in material models that possess variable-width pores; Le., pores that have widths that vary with distance along their axis. …”
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Earth pressure distribution in a braced excavation by Lim, Vuthy

“…Mohr-Coulomb with linearly elastic-perfectly plastic material model was used with 3 types of undrained shear strength increasing with depth. …”
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Numerical study of the mechanics of indentation bending tests of thin membranes and inverse materials parameters prediction by Elkut, F, Bradley, G, Krywonos, J, Fenwick, J, Ren, X

“…An inverse program has been developed based on the Kalman filter method to predict the material properties from experimental tests and to assess the uniqueness of the converged results for different material models. The predicted results were compared to standard tests carried out on the same material. …”

Chewing as a forming application: A viscoplastic damage law in modelling food oral breakdown by Skamniotis, CG, Charalambides, MN, Elliott, M

“…A pressure dependent viscoplastic constitutive law reproduces the behavior with the aid of ABAQUS subroutines, while a ductile damage initiation and evolution framework based on fracture toughness data enables accurate predictions of the product breakdown. The material model is implemented in a Finite Element (FE) chewing model based on digital pet teeth geometry where the first bite of molar teeth against a food item is simulated. …”

A model for nonlinear hysteretic and ratcheting behaviour by Houlsby, G, Abadie, C, Beuckelaers, W, Byrne, B

“…A generalisation from unidirectional to multidirectional loading is described, together with a tensorial form for application to material modelling. The original motivation was for the application to design of piles under lateral loading, and an example of this application is provided. …”

Parametric Analysis of the Influence of Elastomeric Foam on the Head Response During Soccer Heading Manoeuvre by Zahari, Taha, Mohd Hasnun Ariff, Hassan

“…The foam was defined using hyperfoam material model. A parametric study was conducted to investigate the impact of each material coefficient and foam density on the head response due to soccer ball heading. …”
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