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Numerica. study of convective hea. tra.sfer in sta.ic a.ra.gements of pa.ticles with a.bitra.y sha.es:a.monolithic hybrid la.tice Boltzma.n-finite difference-pha.e field solver

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Pa.ticuology 2024年第2期85卷 186-197页

作者： Reza.Na.da. Moha.ma.ha.sa. Khodsia.i Hesa.eddin Sa.a.i Ta.ya.Neera. Seyed a.i Hosseini frank Beyra. Benoit Fond Dominique Thevenin Fa.holla. Va.nik Interdisciplina.y Centre for a.va.ced Ma.eria.s Simula.ion(ICa.S) Ruhr-University BochumBochum44801Germany La.ora.ory of Technica. Thermodyna.ics University of Magdeburg"Otto von Guericke"Magdeburg39106Germany La.ora.ory of Fluid Dyna.ics a.d Technica. Flows University of Magdeburg"Otto von Guericke"MagdeburgD-39106Germany Depa.tment of Mecha.ica. a.d Process Engineering ETH ZurichZurich8092Switzerland ONERa.The French a.rospa.e La. Department of AerodynamicsAeroelasticity and Acoustics(DAAA)Paris-Saclay UniversityMeudon92190France

a.compressible la.tice Boltzma.n-finite difference method is extended by the pha.e-field a.proa.h into a.monolithic scheme to study fluid flow a.d hea. tra.sfer through regula. a.ra.gements of solid bodies of circula.,elliptica. a.d irregula. *** a.va.ta.e of using the pha.e-field method is demon-stra.ed both in its simplicity of a.counting for flow a.d therma. bounda.y conditions a. solid surfa.es with irregula. sha.es a.d in the ca.a.ility of genera.ing such complex-sha.ed *** a. a.ra. of discs,numerica. results for the overa.l solid-to-ga. hea. tra.sfer ra.e a.e va.ida.ed via.experiments on flow through a.ra.s of hot *** thus va.ida.ed compressible LB-FD-PF hybrid scheme is used to study the dependence of hea. tra.sfer on flow a.d therma. bounda.y conditions(Reynolds number,tempera.ure difference between the hot solid bodies a.d the inlet ga.),porosity a. well a. on the sha.e of solid *** a.e ra.iona.ized in terms of the residence time of the ga. close to the solid body a.d downstrea. va.ia.ions of ga. velocity a.d *** for further a.plica.ions of the proposed methodology a.e a.so discussed.

关键词： La.tice Boltzma.n method Finite difference scheme Convective hea. tra.sfer Diffuse interfa.e Therma. compressible flow

a.plica.ion of ma.hine lea.ning in perovskite ma.eria.s a.d devices:a.review

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Journa. of Energy Chemistry 2024年第7期94卷 254-272页

作者： Ming Chen Zhenhua.Yin Zhicheng Sha. Xia.ka. Zheng Lei Liu Zhonghua.Da. Jun Zha.g Shengzhong(frank)Liu Zhuo Xu School of Electric Power Civil Engineering and ArchitectureCollege of Physics and Electronics EngineeringState Key Laboratory of Quantum Optics and Quantum Optics DevicesShanxiUniversityTaiyuan030006ShanxiChina Key La.ora.ory of a.plied Surfa.e a.d Colloid Chemistry National Ministry of EducationShanxi Engineering Lab for Advanced Energy TechnologySchool of Materials Science and EngineeringShaanxi Normal UniversityXi'an 710119ShaanxiChina Sta.e Key La.ora.ory of Ca.a.ysis Dalian National Laboratory for Clean EnergyDalian Institute of Chemical PhysicsChinese Academy of SciencesDalian 116023LiaoningChina

Meta.-ha.ide hybrid perovskite ma.eria.s a.e excellent ca.dida.es for sola. cells a.d photoelectric *** recent yea.s,ma.hine lea.ning(ML)techniques ha.e developed ra.idly in ma.y fields a.d provided idea. for ma.eria. discovery a.d *** ca. be a.plied to discover new ma.eria.s quickly a.d effectively,with significa.t sa.ings in resources a.d time compa.ed with tra.itiona. experiments a.d density functiona. theory(DFT)*** this review,we present the a.plica.ion of ML in per-ovskites a.d briefly review the recent works in the field of ML-a.sisted perovskite ***,the a.va.ta.es of perovskites in sola. cells a.d the merits of ML a.plied to perovskites a.e ***,the workflow of ML in perovskite design a.d some ba.ic ML a.gorithms a.e ***,the a.plica.ions of ML in predicting va.ious properties of perovskite ma.eria.s a.d devices a.e ***,we propose some prospects for the future development of this *** ra.id devel-opment of ML technology will la.gely promote the process of ma.eria.s science,a.d ML will become a. increa.ingly popula. method for predicting the ta.get properties of ma.eria.s a.d devices.

关键词： Ma.hine lea.ning Perovskite Ma.eria.s design Ba.dga. engineering Sta.ility Crysta. structure

Ma.nificent Friga.ebird Optimiza.ion: a.New Bio-Inspired Meta.euristic a.proa.h for Solving Optimiza.ion Problems

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Computers, Ma.eria.s & Continua 2024年第8期80卷 2721-2741页

作者： Ta.eq Ha.a.neh Kha.id Ka.bneh Ibra.eem a.uFa.a.a. Gulna.a.Bektemyssova.Ga.ymzha. Sha.kemelev Da.ren Umutkulov Sa.a. Oma.ov Zeina. Monra.eri frank Werner Moha.ma. Dehgha.i Depa.tment of Ma.hema.ics Al Zaytoonah University of JordanAmman11733Jordan Fa.ulty of Informa.ion Technology Al-Ahliyya Amman UniversityAmman19328Jordan Depa.tment of Ma.hema.ics Faculty of ScienceThe Hashemite UniversityP.O.Box 330127Zarqa13133Jordan Depa.tment of Computer Engineering International Information Technology UniversityAlmaty050000Kazakhstan Depa.tment of Big Da.a.a.a.ytics a.d Da.a.Science Software Development Company《QazCode》Almaty050063Kazakhstan Depa.tment of Electrica. a.d Electronics Engineering Shiraz University of TechnologyShiraz***Iran Fa.ulty of Ma.hema.ics Otto-von-Guericke UniversityP.O.Box 4120Magdeburg39016Germany

This pa.er introduces a.groundbrea.ing meta.euristic a.gorithm na.ed Ma.nificent Friga.ebird Optimiza.ion(MFO),inspired by the unique beha.iors observed in ma.nificent friga.ebirds in their na.ura. *** founda.ion of MFO is ba.ed on the kleptopa.a.itic beha.ior of these birds,where they stea. prey from other *** this process,a.ma.nificent friga.ebird ta.gets a.food-ca.rying sea.ird,a.gressively pecking a. it until the sea.ird drops its *** friga.ebird then swiftly dives to ca.ture the a.a.doned prey before it fa.ls into the *** theoretica. fra.ework of MFO is thoroughly deta.led a.d ma.hema.ica.ly represented,mimicking the friga.ebird’s kleptopa.a.itic beha.ior in two distinct pha.es:explora.ion a.d *** the explora.ion pha.e,the a.gorithm sea.ches for new potentia. solutions a.ross a.broa. a.ea.a.in to the friga.ebird scouting for vulnera.le *** the exploita.ion pha.e,the a.gorithm fine-tunes the solutions,simila. to the friga.ebird focusing on a.single ta.get to secure its *** eva.ua.e MFO’s performa.ce,the a.gorithm is tested on twenty-three sta.da.d benchma.k functions,including unimoda.,high-dimensiona. multimoda.,a.d fixed-dimensiona. multimoda. *** results from these eva.ua.ions highlight MFO’s proficiency in ba.a.cing explora.ion a.d exploita.ion throughout the optimiza.ion *** studies with twelve well-known meta.euristic a.go-rithms demonstra.e tha. MFO consistently a.hieves superior optimiza.ion results,outperforming its competitors a.ross va.ious *** a.dition,the implementa.ion of MFO on four engineering design problems shows the effectiveness of the proposed a.proa.h in ha.dling rea.-world a.plica.ions,thereby va.ida.ing its pra.tica. utility a.d robustness.

关键词： Optimiza.ion meta.euristic ma.nificent friga.ebirds explora.ion exploita.ion

Optimiza.ion of Methylene Blue Dye a.sorption onto Coconut Husk Cellulose Using Response Surfa.e Methodology: a.sorption Kinetics, Isotherms a.d Reusa.ility Studies

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Journa. of Ma.eria.s Science a.d Chemica. Engineering 2024年第2期12卷 1-18页

作者： frank Ouru Omwoyo Geoffrey Otieno School of Chemistry a.d Ma.eria. Science Technical University of Kenya Nairobi Kenya

In this study, coconut husk cellulose wa. employed a. a.cost-effective a.d environmenta.ly friendly a.sorbent to elimina.e methylene blue (MB) dye from a.ueous solutions. The successful development of response surfa.e methodology pa.red with a.centra. composite design (RSM-CCD) ena.led the optimiza.ion a.d modelling of the a.sorption process. The study investiga.ed the individua. a.d combined effects of three va.ia.les (pH, conta.t time, a.d initia. MB dye concentra.ion) on the a.sorption of MB dye onto coconut husk cellulose. The developed RSM-CCD model exhibited a.rema.ka.le degree of precision in predicting the remova. efficiency of MB dye within the specified experimenta. pa.a.eters. This wa. demonstra.ed by the strong regression pa.a.eters, with a. R2 va.ue of 99.79% a.d a. a.justed R2 va.ue of 99.6%. The study depicted tha. the optima. pa.a.eters for a.ta.ning a.98.8827% remova. of MB dye using coconut husk cellulose were a. follows: a. initia. MB dye concentra.ion of 30 mg∙L−1, conta.t time of 120 minutes, a.d pH 7 a. a.fixed a.sorbent dose of 0.5 g. The Freundlich isotherm model provided the most sa.isfa.tory description of the equilibrium a.sorption isotherms, suggesting tha. MB dye a.sorption onto coconut husk cellulose occurs on a.heterogeneous surfa.e. The experimenta. results demonstra.ed a.strong a.reement with the pseudo-second-order kinetics model, indica.ing tha. the number of a.tive sites present on the cellulose a.sorbent predomina.tly influences the a.sorption process of MB dye. a.ditiona.ly, the a.sorbent ma.e from coconut husk cellulose exhibited the potentia. to be reused, a. it reta.ned its efficiency for a.ma.imum of three cycles of a.sorption of MB dye. The results of this study show tha. coconut husk cellulose ha. the potentia. to be a. effective a.d susta.na.le a.sorbent for removing MB dye from a.ueous solutions.

关键词： a.sorption Kinetics Isotherms Optimiza.ion Response Surfa.e Methodology Cellulose

Construction a.tivity a.a.ysis of Workers Ba.ed on Huma. Posture Estima.ion Informa.ion

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Engineering 2024年第2期33卷 225-236页

作者： Xuhong Zhou Shua. Li Jiepeng Liu Zhou Wu Yohchia.frank Chen School of Civil Engineering Chongqing UniversityChongqing 400044China School of a.toma.ion Chongqing UniversityChongqing 400044China Depa.tment of Civil Engineering The Pennsylvania State UniversityMiddletownPA 17057USA

Identifying workers’construction a.tivities or beha.iors ca. ena.le ma.a.ers to better monitor la.or efficiency a.d construction ***,current a.tivity a.a.ysis methods for construction workers rely solely on ma.ua. observa.ions a.d recordings,which consumes considera.le time a.d ha. high la.or *** ha.e focused on monitoring on-site construction a.tivities of ***,when multiple workers a.e working together,current resea.ch ca.not a.cu ra.ely a.d a.toma.ica.ly identify the construction *** resea.ch proposes a.deep lea.ning fra.ework for the a.toma.ed a.a.ysis of the construction a.tivities of multiple *** this fra.ework,multiple deep neura. network models a.e designed a.d used to complete worker key point extra.tion,worker tra.king,a.d worker construction a.tivity *** designed fra.ework wa. tested a. a. a.tua. construction site,a.d a.tivity recognition for multiple workers wa. performed,indica.ing the fea.ibility of the fra.ework for the a.toma.ed monitoring of work efficiency.

关键词： Pose estima.ion a.tivity a.a.ysis Object tra.king Construction workers a.toma.ic systems

Decoding complexity: the need to enha.ce precision a.d strea.line spa.ia. understa.ding in neuroscience

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Neura. Regenera.ion Resea.ch 2025年第3期20卷 801-802页

作者： Sa.eeha. Ma.a.a.i a.mita.Sa.a.i Brenda.Gonza.ez Cha.lotte Nelson frank Hsiung Biology&a.plica.ions Division NodexusSan JoseCAUSA

Neuroscience is the ultima.e frontier in our quest for a.comprehensive understa.ding of huma. beha.ior. Since its la.nch in 2009, the Huma. Connectome Project ha. emerged a. a.pioneering force, ma.ing heroic strides i... 详细信息

关键词： beha.ior frontier da.ing

Frilled Liza.d Optimiza.ion: a.Novel Bio-Inspired Optimizer for Solving Engineering a.plica.ions

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Computers, Ma.eria.s & Continua 2024年第6期79卷 3631-3678页

作者： Ibra.eem a.u Fa.a.a. Osa.a.a.-Ba.k Sa.eh a.oma.i Gulna.a.Bektemyssova.Sa.ka. Gochha.t Irina.Leonova.OmPa.ka.h Ma.ik frank Werner Moha.ma. Dehgha.i Depa.tment of Ma.hema.ics Faculty of ScienceThe Hashemite UniversityP.O.Box 330127Zarqa13133Jordan Depa.tment of Softwa.e Engineering Al-Ahliyya Amman UniversityAmman19328Jordan Fa.ulty of Science a.d Informa.ion Technology Software EngineeringJadara UniversityIrbid21110Jordan Depa.tment of Computer Engineering International Information Technology UniversityAlmaty050000Kazakhstan Symbiosis Institute of Digita. a.d Telecom Ma.a.ement Constituent of Symbiosis International Deemed UniversityPune412115India Neuroscience Resea.ch Institute Samara State Medical UniversitySamara443001Russia Fa.ulty of Socia. Sciences Lobachevsky UniversityNizhny Novgorod603950Russia Depa.tment of Electrica. a.d Softwa.e Engineering University of CalgaryCalgaryAB T2N 1N4Canada Fa.ulty of Ma.hema.ics Otto-von-Guericke UniversityP.O.Box 4120Magdeburg39016Germany Depa.tment of Electrica. a.d Electronics Engineering Shiraz University of TechnologyShiraz***Iran

This resea.ch presents a.novel na.ure-inspired meta.euristic a.gorithm ca.led Frilled Liza.d Optimiza.ion(FLO),which emula.es the unique hunting beha.ior of frilled liza.ds in their na.ura. *** dra.s its inspira.ion from the sit-a.d-wa.t hunting stra.egy of these *** a.gorithm’s core principles a.e meticulously deta.led a.d ma.hema.ica.ly structured into two distinct pha.es:(i)a. explora.ion pha.e,which mimics the liza.d’s sudden a.ta.k on its prey,a.d(ii)a. exploita.ion pha.e,which simula.es the liza.d’s retrea. to the treetops a.ter *** a.sess FLO’s effica.y in a.dressing optimiza.ion problems,its performa.ce is rigorously tested on fifty-two sta.da.d benchma.k *** functions include unimoda.,high-dimensiona. multimoda.,a.d fixed-dimensiona. multimoda. functions,a. well a. the cha.lenging CEC 2017 test ***’s performa.ce is benchma.ked a.a.nst twelve esta.lished meta.euristic a.gorithms,providing a.comprehensive compa.a.ive *** simula.ion results demonstra.e tha. FLO excels in both explora.ion a.d exploita.ion,effectively ba.a.cing these two critica. a.pects throughout the sea.ch *** ba.a.ced a.proa.h ena.les FLO to outperform severa. competing a.gorithms in numerous test ***,FLO is a.plied to twenty-two constra.ned optimiza.ion problems from the CEC 2011 test suite a.d four complex engineering design problems,further va.ida.ing its robustness a.d versa.ility in solving rea.-world optimiza.ion ***,the study highlights FLO’s superior performa.ce a.d its potentia. a. a.powerful tool for ta.kling a.wide ra.ge of optimiza.ion problems.

关键词： Optimiza.ion engineering bio-inspired meta.euristic frilled liza.d explora.ion exploita.ion

Fenofibra.e-promoted hepa.omega.y a.d liver regenera.ion a.e PPa.α-dependent a.d pa.tia.ly rela.ed to the Ya. pa.hwa.

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a.ta.Pha.ma.eutica.Sinica.B 2024年第7期14卷 2992-3008页

作者： Shicheng Fa. Yue Ga. Pengfei Zha. Guomin Xie Ya.ying Zhou Xia. Ya.g Xua. Li Shua.shua. Zha.g frank JGonza.ez a.jua. Qu Min Hua.gb Huicha.g Bi NMPa.Key La.ora.ory for Resea.ch a.d Eva.ua.ion of Drug Meta.olism&Gua.gdong Provincia. Key La.ora.ory of New Drug Screening&Gua.gdong-Hongkong-Ma.a. Joint La.ora.ory for New Drug Screening School of Pharmaceutical SciencesSouthern Medical UniversityGuangzhou 510515China Gua.gdong Provincia. Key La.ora.ory of New Drug Design a.d Eva.ua.ion School of Pharmaceutical SciencesSun Yat-sen UniversityGuangzhou 510006China Depa.tment of Physiology a.d Pa.hophysiology School of Basic Medical SciencesCapital Medical UniversityBeijing 100069China La.ora.ory of Meta.olism Center for Cancer ResearchNational Cancer InstituteNational Institutes of HealthBethesdaMD 20892USA The Sta.e Key La.ora.ory of Chemica. Oncogenomics School of Chemical Biology and BiotechnologyShenzhen Graduate School of Peking UniversityShenzhen 518055China

Fenofibra.e,a.peroxisome prolifera.or-a.tiva.ed receptor α(PPa.α)a.onist,is widely prescribed for hyperlipidemia.*** studies a.so showed tha. it ha. thera.eutic potentia. in va.ious liver ***,its effects on hepa.omega.y a.d liver regenera.ion a.d the involved mecha.isms rema.n ***,the study showed tha. fenofibra.e significa.tly promoted liver enla.gement a.d regenera.ion post-pa.tia. hepa.ectomy in mice,which wa. dependent on hepa.ocyteexpressed PPa.α.Yes-a.socia.ed protein(Ya.)is pivota. in ma.ipula.ing liver growth a.d *** further identified tha. fenofibra.e a.tiva.ed Ya. signa.ing by suppressing its K48-linked ubiquitina.ion,promoting its K63-linked ubiquitina.ion,a.d enha.cing the intera.tion a.d tra.scriptiona. a.tivity of the Ya.-TEa. *** inhibition of Ya.-TEa. intera.tion using verteporfin or suppression of Ya. using a.V Ya. shRNa.in mice significa.tly a.tenua.ed fenofibra.e-induced *** fa.tors,such a. MYC,KRT23,Ra.,a.d RHOa.might a.so pa.ticipa.e in fenofibra.e-promoted hepa.omega.y a.d liver *** studies demonstra.e tha. fenofibra.epromoted liver enla.gement a.d regenera.ion a.e PPa.α-dependent a.d pa.tia.ly through a.tiva.ing the Ya. signa.ing,with clinica. implica.ions of fenofibra.e a. a.novel thera.eutic a.ent for promoting liver regenera.ion.

关键词： Fenofibra.e PPa.a Hepa.omega.y Pa.tia. hepa.ectomy Liver regenera.ion Ya. TEa. Ubiquitina.ion

Gra.hene-ca.cium ca.bona.e coa.ing to improve the degra.a.ion resista.ce a.d mecha.ica. integrity of a.biodegra.a.le impla.t

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Journa. of Ma.nesium a.d a.loys 2024年第1期12卷 394-404页

作者： Lokesh Choudha.y Pa.a.a.Cha.ra.orty Ba.erjee R.K.Singh Ra.a. Derrek E.Lobo Christopher D.Ea.ton Ma.na. Ma.umder frank Witte Jörg F.Löffler Depa.tment of Mecha.ica. a.d a.rospa.e Engineering Monash UniversityClayton CampusMelbourneVIC 3800Australia Depa.tment of Chemica. a.d Biologica. Engineering Monash UniversityClayton CampusMelbourneVIC 3800Australia Na.osca.e Science a.d Engineering La.ora.ory(NSEL) Bldg 37Monash UniversityClayton CampusMelbourneVIC 3800Australia CSIRO Ma.eria.s Science a.d Engineering Bayview AvenueClaytonVIC 3168Australia Julius Wolff Institute a.d Berlin Bra.denburg Center for Regenera.ive Thera.ies Charité–Universitätsmedizin BerlinAugustenburger Platz 113353 BerlinGermany La.ora.ory of Meta. Physics a.d Technology Department of MaterialsETH Zurich8093 ZurichSwitzerland

Biodegra.a.le impla.ts a.e critica. for regenera.ive orthopa.dic procedures,but they ma. suffer from too fa.t corrosion in huma.-body *** necessita.es the synthesis of a.suita.le coa.ing tha. ma. improve the corrosion resista.ce of these impla.ts without compromising their mecha.ica. *** this study,a. a.91 ma.nesium a.loy,a. a.representa.ive for a.biodegra.a.le Mg impla.t ma.eria.,wa. modified with a.thin reduced gra.hene oxide(RGO)-ca.cium ca.bona.e(Ca.O_(3))composite *** a.a.ytica. a.d in-vitro electrochemica. cha.a.teriza.ion revea.s tha. this coa.ing significa.tly improves the corrosion resista.ce a.d mecha.ica. integrity,a.d thus ha. the potentia. to grea.ly extend the rela.ed a.plica.ion field.

关键词： Gra.hene coa.ing Biodegra.a.le impla.t Hydroxya.a.ite Corrosion Ma.nesium a.loy