High-Strength D2 tool steel via material extrusion additive manufacturing and post-heat treatment by Min-Su Jeon, So-Yeon Park, Yong-Hoon Cho, Michelle Baek, Hyoung Seop Kim, Kee-Ahn Lee

“…AISI D2 tool steel was fabricated using metal-materials extrusion additive manufacturing (M−MEX), followed by heat treatment to optimize its microstructure and mechanical properties. …”
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Therapeutic hypothermia for neonatal encephalopathy in low- and middle-income countries: a systematic review and meta-analysis. by Shreela S Pauliah, Seetha Shankaran, Angie Wade, Ernest B Cady, Sudhin Thayyil

“…<h4>Unlabelled</h4>Although selective or whole body cooling combined with optimal intensive care improves outcomes following neonatal encephalopathy in high-income countries, the safety and efficacy of cooling in low-and middle-income countries is not known.…”
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Highly Efficient Cutting of Quartz Glass with Low Roughness and Minor Chipping Using Bessel Laser Beams by Lei Xiong, Yuhang An, Ling Zhang, Cheng Tang, Tianci Zhang, Aibin Zuo, Wenyan Gao

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A real-world multi-center RNA-seq benchmarking study using the Quartet and MAQC reference materials by Duo Wang, Yaqing Liu, Yuanfeng Zhang, Qingwang Chen, Yanxi Han, Wanwan Hou, Cong Liu, Ying Yu, Ziyang Li, Ziqiang Li, Jiaxin Zhao, Leming Shi, Yuanting Zheng, Jinming Li, Rui Zhang

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Investigation of mechanical properties and hydration of low-carbon magnesium and calcium-rich waste powder geopolymer paste by Changming Li, Xudong Yang, Dongyang Jia, Shunbo Zhao, Guanfeng Liu, Yaozong Wang, Wanjiao Li, Wenyu Song

“…Magnesium and calcium-rich waste powder (MWP) has the potential to be a low-carbon geopolymer cementitious material. This study investigates the mechanical properties and hydration products of low-carbon magnesium and calcium-rich waste powder geopolymer paste (LMWP). …”
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Why not vaginal?—Nationwide trends and surgical outcomes in low‐risk hysterectomies: A retrospective cohort study by Johanna Wagenius, Sophia Ehrström, Karin Källén, Jan Baekelandt, Andrea Stuart

“…The cohort was divided into a low‐risk and a standard group, with the low‐risk group having optimal conditions for vaginal hysterectomy: no previous caesarian section (CS), no previous abdominal surgery, Body Mass Index (BMI) <30, and no nulliparous patients. …”
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Optimization ratios and multi factor service adaptability of cement-GGBFS stabilized silt in pavement structures by Chenyu Zhu, Dianqiu Yang, Bingquan Song, Yujin Wang, Yunfeng Hu, Hengzhen Wu

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TOPOLOGY OPTIMIZATION OF CANTILEVER BEAM STRUCTURE OF FLAT SAND SYSTEM BASED ON ABAQUS by WANG ShuGuo, LI LiJun, LIAO Kai, YU QiuLiang, CHEN Wei

“…Starting from the internal material layout of the cantilever beam, taking the distortion energy density of the material as the optimization goal, the alterable density method was used to optimize the topology of the cantilever beam in the ABAQUS software, and the most reasonable material distribution is obtained. …”
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An Improved Whale Optimization Algorithm for the Clean Production Transformation of Automotive Body Painting by Qin Yang, Xinning Li, Teng Yang, Hu Wu, Liwen Zhang

“…A multi-level, multi-objective decision-making model is developed by integrating three dimensions of clean production: material flow (optimizing material costs), energy flow (minimizing painting energy consumption), and environmental emission flow (reducing carbon emissions and processing time). …”
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Simulation of a multimaterial model for modified auxetic structures by Alexander Engel, Anne Jung

“… Auxetic structures, which is a term used to describe materials with a negative Poisson’s ratio, show beneficial properties like a low density, a high energy absorption capacity and an increased indentation resistance. …”
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Research on process optimization and trajectory planning of EA4T axle robot grinding by Feng ZHANG, Zhongli FENG, Feng XU, Deming ZHANG, Xiangrui ZENG, Jianwei MA, Shilei ZHANG

“…The optimal grinding process parameter combination with minimum surface roughness and material removal depth is obtained through comprehensive score range analysis. …”
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Optimization Of Shell And Tube Cycle Recuperator Design In Organic Rankine Geothermal Power Plant by Muhammad Rifqi Dwi Septian

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Improving Adobe’s Mechanical Properties through Sawdust Reinforcement: A Comparative Study of the effect of varying Sawdust Dimensions by Azalam Youness, Benfars Mohammed, Alioui Abdelmounaim, Mabrouki Mustapha, Bendada El Maati

“…Ecological construction, particularly using soil-based materials, offers a sustainable alternative while maintaining mechanical performance. …”
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Optimization of chitosan/polyvinyl alcohol/lemongrass hydrochar composite beads for the removal of azo dyes in water by Patricia Anne P. Correa, Sean Francis O. Buenaventura, Justine Rae S. Santos, Edgar Clyde R. Lopez

“…Unlike conventional adsorbents, these composite beads incorporate LGHC, a low-cost, renewable biomass-derived material, and sustainable polymers (CS and PVA), offering an eco-friendly and cost-effective alternative for industrial dye removal. …”
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Calcium Separation from Manganese Sulfate Liquid and Preparation of Manganese Carbonate by Siyu HE, Ruixiang HUANG, Xuqian WANG, Feiyu CHEN, Yifan FU, Yongkui ZHANG

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Road-Use Optical Fiber Sensors: Structural Design Optimization and Perception Performance by Haining Wang, Ruoling Zhou, Yao Tian, Jie Lu, Kaixi Duan, Chaohui Wang

“…The packaging structural material of the sensor was optimized according to the service conditions of the road, and the influence law of the size effect on the road structure was revealed. …”
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Optimization of chlorophyll extraction from mulberry leaves using response surface methodology by CHEN Shao-yuan, LÜ Zhen-er, DONG Feng-li, MAO Bi-zeng

“…It is widely used in optimizing variables of the extraction process, such as polysaccharides, alkaloids, phenolic compounds and protein from various materials. …”
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Structural optimized mechanical metamaterial for multi transient high-g impact suppression and self-monitoring by Kejia Zhang, Benqiang Yang, Zhisen Zhu, Juteng Fu, Xiangyu Han, Wenling Zhang, Keren Dai

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Tribological performance of electric transmission fluid enhanced with silicon dioxide and graphene nanoparticles: Impact of concentration on wear reduction and frictional behavior by Jijo Jose, R. Anish, George Mammen, Ashish Mathew Jose, Jayakrishnan M. Nair, Anna M. Abraham, Soney C. George, C.M. Twinkle

“…The results indicate that all nano-lubricants exhibit superior anti-wear capabilities compared to conventional ETFs. Optimal friction reduction and minimized material loss were observed at 0.10 wt % graphene and 0.30 wt % SiO2-SA, with the combination yielding the best performance. …”
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Optimization of interval production working system based on continuous liquid level curve by PENG Kai,WANG Hao,QI Jingguo

“…However, most practices are based on qualitative and benefit factors to determine interval production parameters, which are lack of scientific accuracy. In order to optimize and study the interval production parameters more precisely and quantitatively, combining the theoretical basis of material balance, inflow and outflow dynamics and other parameters such as well deviation and reservoir physical properties are taken into account, the mathematical model of fluid level coupling in the switch well for interval oil production is established. …”
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