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Extraction of hyper-elastic material parameters using BLSTM neural network from instrumented indentation
Instrumented indentation is a versatile method of extracting hyper-elastic material parameters, particularly useful for applications where...
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Inverse identification of region-specific hyperelastic material parameters for human brain tissue
The identification of material parameters accurately describing the region-dependent mechanical behavior of human brain tissue is crucial for...
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Study on High-Throughput Inversion Method for Anisotropic Material Parameters Based on Nanoindentation
BackgroundAccurate measurements of material constitutive model parameters are of great significance for design optimization and reliability analysis.
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Optimisation-based strategies to identification of material parameters of hygro-thermo-mechanical problems
Applications involving hygro-thermo-mechanical models are found in engineering fields as diverse as electronic packaging, concrete structures,...
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Identification of material parameters in low-data limit: application to gradient-enhanced continua
Due to the growing trend towards miniaturization, small-scale manufacturing processes have become widely used in various engineering fields to...
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Vibration response of a hybrid steel–timber building element with uncertain material and joint parameters
The design of building elements is usually done conservatively by considering safety factors. However, more efficient designs are gaining interest...
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Determining the Anhysteretic Magnetization Curve for a Ferromagnetic Material According to the Limiting Loop Parameters of Its Magnetic Hysteresis
AbstractThe anhysteretic material magnetization consists in the fact that, simultaneously with a constant magnetizing field having intensity H , an...
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Relationship between Porosity and the Modified Constitutive Model Parameters of Asphalt Concrete Core Material
Porosity is a key control index for ensuring the compaction quality of rockfill dams with asphalt concrete cores. The porosity of the asphalt mixture...
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Influence of Key Material Parameters and Loading Path on Fatigue Failure Behaviors of Corrugated Tubes
Fatigue failure is a significant factor influencing the safety and stability of corrugated tubes in service. With the rapid development of electric...
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Influence of FDM process parameters on tensile strength of parts printed by PLA material
Additive manufacturing, particularly the Fused Deposition Modeling (FDM) technique, has garnered considerable interest across multiple industries...
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A comprehensive analysis of high-temperature material extrusion 3D printing parameters on fracture patterns and strength of polyetheretherketone cranial implants
A polyetheretherketone (PEEK) cranial implant is one of the most well-known polymeric implants used in cranioplasty. However, most off-the-shelf PEEK...
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Development and Application of Dynamic Integrated DIC Material Parameters Inversion Method for SHPB Tests
BackgroundDynamic mechanical parameters are significant to study the dynamic evolution, but multiple constitutive parameters are difficult to be...
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Assessment of Johnson-Cook material constitutive parameters in finite element simulation of machining Al–SiC metal matrix composite
The machining of Metal Matrix Composites (MMCs) poses several difficulties due to the particulate reinforcement in the matrix material owing to their...
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Study of optimization for material processing parameters by means of probabilistic methodology for multi-objective optimization
Optimization for material processing parameters is a typical problem of multi-objective optimization, therefore selection and use of proper...
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Optimizing process parameters of a material extrusion–based overprinting technique for the fabrication of tensile specimens
Injection molding (IM) and additive manufacturing (AM) have been widely used in the manufacturing industry because IM excels at mass production and...
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A multidisciplinary approach to investigate the influence of process parameters on interlayer adhesion in material extrusion additive manufacturing
This study investigates the influence of deposition conditions in material extrusion (MEX) on fracture toughness, with a specific focus on the...
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The Optimal Values of Hashin Damage Parameters Predict Using Inverse Problem in a CFRP Composite Material
The ever-increasing demand for advanced composite materials in industries like aerospace and automotive has spurred the drive to address their...
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The influence of the material behaviour law parameters and thermal properties on the chip morphology: application to the orthogonal cutting of Ti6Al4V alloy
The physics of Ti-6Al-4 V titanium alloy chip formation during orthogonal cutting is still a prominent research field while considering its...
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Inverse analysis of material parameters in coupled multi-physics biofilm models
In this article we propose an inverse analysis algorithm to find the best fit of multiple material parameters in different coupled multi-physics...
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Material Extrusion-Based Additive Manufacturing: Experimental Determination of Process Parameters with Influence on Printing Time, Material Consumption, Surface Roughness and Torsional Strength
When facedSurface roughness with a new manufacturing processTorsional strength, one must always try to detect which are the fundamental parameters...