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Reviews on Advanced Materials Science
Scopus
ISSN 1605-8127 · De Gruyter · 724 articles in the index
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Journal Article
Optimization of microstructure and mechanical properties of microwave-sintered V/Ta/Re-doped tungsten heavy alloys
The inherent brittleness and high-temperature recrystallization tendency of tungsten heavy alloys (WHAs) make balancing high strength and ductility under harsh conditions a major challenge. This study introduces V, Ta, and Re as strengthening elements into W-Ni-Fe-Co alloys by powder metallurgy…
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Journal Article
Recycled tire rubber as a fine aggregate replacement in sustainable concrete: a comprehensive review
The use of recycled tire rubber, particularly crumb rubber (CR), as a partial fine aggregate replacement offers a sustainable pathway to reduce environmental waste and conserve natural resources, aligning with SDG 9 and SDG 12. This review synthesizes 84 peer-reviewed studies to evaluate the…
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Journal Article
Properties and applications of warm mix asphalt in the road construction industry: a comprehensive review and insights toward facilitating large-scale adoption
Warm mix asphalt (WMA) is a sustainable innovation in road construction that enables bituminous mixtures to be produced and compacted at lower temperatures than traditional hot mix asphalt (HMA). This reduction in temperature significantly decreases greenhouse gas (GHG) emissions and other…
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Journal Article
Artificial Intelligence in the synthesis and application of advanced dental biomaterials: a narrative review of probabilities and challenges
This narrative review explores the role of Artificial Intelligence (AI) in advancing the synthesis, optimization, and clinical translation of dental biomaterials. It critically evaluates how AI-driven approaches address existing challenges related to material performance, biocompatibility, and…
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Journal Article
Performance evaluation of blended cement mortar with supplementary cementitious materials: from pozzolans to industrial wastes
This investigation aims to examine the behavior of natural and manufactured pozzolans, as well as the properties of blended mortars. Eco-friendly building materials are gaining the attention of researchers worldwide, as they are made from supplementary cementitious materials that alter the fresh…
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Journal Article
Predicting properties of lightweight strain-hardening ultra-high-performance concrete using smart hybrid AI-based framework
Lightweight Strain-Hardening Ultra-High-Performance Concrete (LWSH-UHPC) is a lightweight and durable material that enhances structural efficiency and reduces dead loads in high-rise and bridge structures. This study applies advanced hybrid machine learning (ML) models to predict key properties of…
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Journal Article
Recent advances in resistive strain sensors: from materials and fabrication to applications in plant wearables
The continuous growth of the global population, coupled with increasingly severe environmental stresses such as droughts, floods, and frosts, has made enhancing crop yields a critical research priority. Smart agriculture, which integrates wearable plant sensors with the Internet of Things (IoT)…
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Journal Article
Sustainable approach to control autogenous shrinkage in low water–cement ratio concretes
This study investigated the effect of pre-saturated coconut fibres (CF) on the performance of high-performance concrete (HPC) under standard, membrane, and drying curing conditions. Mechanical and permeability related properties and autogenous shrinkage of HPC mixes were examined. Results indicated…
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Journal Article
Predicting fracture energy and durability parameters of concrete through hybrid machine learning models
The incorporation of fracture mechanics into structural engineering has underscored the importance of fracture energy in understanding crack propagation in quasi-brittle concrete. Nevertheless, conventional laboratory testing remains labor-intensive, time-consuming, and costly. This study applies…
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Journal Article
ZnO nanophotocatalytic solution with antimicrobial potential toward drug-resistant microorganisms and effective decomposition of natural organic matter under UV light
This research explores the synthesis of zinc oxide nanomaterials (ZnO NMs) through the utilization of neem leaf extract, presenting an environmentally conscious and sustainable methodology. The biosynthesized ZnO NMs exhibit dual functionality, showing remarkable efficacy in the photocatalytic…
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Journal Article
Innovative development of self-healing high-strength concrete using a polymeric air-entraining agent and Bacillus sphaericus: durability performance in aggressive saline environments
The advancement of self-healing concrete represents a transformative step toward sustainable infrastructure, yet the integration of microbial agents with engineered admixtures under marine conditions remains underexplored. This study investigated the synergistic effects of Bacillus sphaericus and…
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Journal Article
Use of explainable symbolic regression approaches for predicting nanomaterial-enhanced concrete performance
The incorporation of nanomaterials in concrete improves mechanical strength, durability, and resistance to environmental effects, presenting a sustainable approach for modern construction. This research employs symbolic regression approaches, namely Gene Expression Programming (GEP) and Multi…
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Journal Article
Advanced machine learning-driven prediction in construction materials: comparative analysis and software implementation for fiber-reinforced graphene nano-engineered concrete
Fiber Reinforced Graphene Nano-Engineered Concrete (FRGNCC) is a high-performance, durable, and sustainable material. FRGNCC enhances strength, crack resistance, and service life while reducing CO2 emissions and overall production cost, making it ideal for modern resilient structures. FRGNCC…
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Journal Article
EcoMarble: macro-performance and carbon footprint optimization of concrete using cement-substituted Al-Kharj marble dust
This study investigates the sustainable utilization of Al-Kharj marble dust (MD) as a cement substitute in concrete, evaluating its effects on mechanical properties and environmental impact. Cement was partially replaced with 5–30 % marble dust by weight, and the resulting mixtures were assessed…
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Journal Article
α-hemihydrate gypsum crystal concerning the anionic surfactants with vary chain structure: syntheses, morphology controlling, formation mechanisms
The control of α-hemihydrate gypsum (α-HH) crystal morphology has a decisive effect on the strength of gypsum products. This study employed natural gypsum as the precursor material and water vapor as the reaction medium. Six anionic surfactants with chain structures features were selected as…
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Journal Article
Influence of welding speed on the microstructure and mechanical properties of CMT+P WAAM-based 205C aluminum alloy
To address the limited understanding of the influence of different welding speeds on the performance of thin-walled 205C aluminum alloy components fabricated via CMT+P dual-pass forming, a single-variable comparative study was conducted within the speed range of 9.0–10.5 mm s−1 to establish the…
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Journal Article
Microstructural evolution and dry sliding wear behavior of composite shear flow casting M50 steel under different tempering conditions
The mechanical properties of M50 steel, which is widely used in aerospace engine bearings, are significantly influenced by its heat treatment process. This study systematically investigates the effects of tempering at different temperatures (450 °C, 480 °C, 510 °C, 540 °C, 570 °C, and 600 °C) on…
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Journal Article
Development of lightweight roof tiles using spent mushroom material: enhancing thermal insulation and sustainability
This study evaluates the feasibility of utilizing spent mushroom waste (SMW) as a sustainable partial replacement for clay in the manufacturing of lightweight, thermally insulating roof tiles. Clay was partially replaced with 0–25 wt% SMW and fired at 1,000, 1,050, 1,100, and 1,150 °C. Increasing…
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Journal Article
Long-term durability and microstructure of advanced high-performance concrete with cement kiln dust, boiler slag and PP fibers: flexural response and sustainability assessment
This study presents a comprehensive long-term investigation (up to 730 days) of advanced high-performance concrete (HPC, w/b = 0.25) incorporating a combined system of cement kiln dust (CKD, 5–10 %), boiler slag (BS, 5–10 %), and 0.06 % polypropylene fibers (PPF). Such a multi-component hybrid…
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Journal Article
Compound flexural-torsional capacity of composite girders with corrugated steel webs and CFST truss chords: a calculation method
Based on the compound flexural-torsional mechanical mechanism and with due consideration of the coupling effect between torque and bending moment, a calculation method for the compound flexural-torsional bearing capacity of composite girders with corrugated steel webs and concrete-filled steel…