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Failure mechanism and theoretical model of high-temperature tensile creep of sintered nano-silver
The creep properties of sintered nano-silver, which are related to the microstructure evolution, are crucial for the reliability of the packaging...
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Theoretical Model of Thermal Stress in the Film-Substrate System of Optical Thin Film
A model of thermal stress in double-layer optical dielectric films on circular substrates was established based on the theory of double-layer...
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A damage model based on synchronous change of electrical resistance for solder materials–experimental and theoretical analysis
An integrated model for describe the solder damage is essential for evaluating chip reliability. Measuring solder strain is straightforward and can...
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Studies on elimination of nutrients from aqueous effluents using ZnO nanoparticles: the case of ammonium as a model. Experimental and theoretical insights
The presence of ammonium (NH 4 + ) in natural waters has increased in the last years due to the rising use of agricultural fertilizers, industrial...
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Hierarchically theoretical calculation and 3D reconstruction simulation of effective thermal conductivity for MTMS-based silica aerogels
Compared with nanoscale aerogels, the thermal conductivity of MTMS silica aerogel (MSA) is relatively large due to its micron-sized pore size, which...
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Study on Granite Damage and Fracture Behavior and Theoretical Model Based on Pre-Peak Constant Amplitude Cyclic Loading Test Combined with Acoustic Emission Technology
AbstractRocks may be continually unloaded and loaded until they break in subsurface engineering tasks such as tunnel excavation. To investigate the...
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Theoretical investigation of the mechanical properties of graphene-reinforced polymethylmethacrylate for dental applications using a molecular model
Polymethylmethacrylate (PMMA) is a polymer that has been used for several years in dental applications. But its mechanical properties need to be...
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Theoretical Modeling of Temperature, Strain Rate and Porosity Dependent Yield Strength of Porous Metallic Material
Yield strength is one of the most crucial mechanical parameters for porous metal materials. A comprehensive study of the influence of temperature,...
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Theoretical stiffness limits of 4D printed self-folding metamaterials
4D printing of flat sheets that self-fold into architected 3D structures is a powerful origami-inspired approach for the fabrication of...
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The Effect of Dynamic Strain Aging on Strengthening of AA5754 Aluminum Alloys: Theoretical and Numerical Approaches
A constitutive model for face-centered cubic structured materials considering the characteristics of dynamic strain aging and its effect on the...
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Theoretical Investigations of Layered Anode Materials
Two-dimensional (2D) materials have recently gained much interest as anode materials for lithium ion batteries (LIBs) due to their interesting...
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Theoretical approach to ferroelectricity in hafnia and related materials
Hafnia ferroelectrics combine technological promise and remarkable behaviors. Their peculiarity stems from the many active extrinsic mechanisms that...
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Temperature-dependent graphene wrinkle formation: A theoretical study
The topic of wrinkle-free graphene has currently garnered significant attention from scientists. Understanding the mechanism of wrinkle formation is...
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Performance Optimization of CuSbS2 Photovoltaics Based on Comparison Between Experimental and Theoretical Base Model Results
As the global energy landscape is migrating toward the development of cleaner, renewable energy, the quest to develop thin-film photovoltaics (TFPV)...
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Theoretical Examination of Some Thermodynamic Properties in In-Bi-Sn Liquid Alloy and its Sub-binary Systems
The molecular interaction volume model was utilized to calculate the thermodynamic activity of the components in the following binary lead-free...
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Theoretical Background
The goal of this introductory chapter is two-fold. First, a pedagogical introduction to the electronic band topology is provided: we start from...
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From experimentation to prediction: comprehensive study of dielectric properties through experimental research and theoretical modeling
This study discusses the experimental findings on the frequency & temperature influences on the dielectric (constant (ε 1 ) and loss (ε 2 )) of some...
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Theoretical Estimation of Fatigue Life Before Crack Initiation in Metal Materials
A model for theoretically estimating the number of loading cycles before fatigue crack initiation at a constant applied cycle stress range and a...
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Experimental and theoretical study of the microstructure evolution and thermal-physical properties of hypereutectic Al–Fe alloys
A systematic investigation was undertaken to analyze the microstructure and thermal-physical properties of hypereutectic Al- x Fe alloys. With...
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Theoretical and experimental investigation of nano-materials based on Ge–Mn for third-generation solar cells
This paper presents a theoretical and experimental investigation into the electronic and optoelectronic properties of ultra-pure crystalline GeMn...
