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Influence of Various Eart.-Ret.ining Walls on t.e Dynamic Response Comparison Based on 3D Modeling

Comput.r Modeling in Engineering & Sciences 2024年第6期139卷 2835-2863页

作者： muhammad Akbar Huali Pan Jiangcheng Huang Bilal Ahmed Guoqiang Ou Inst.t.t. of Mount.in Hazards and Environment Chinese Academy of SciencesChengdu610000China Inst.t.t. of Int.rnat.onal Rivers and Eco-Securit. Yunnan UniversityKunming650500China Depart.ent.of St.uct.ral Engineering Faculty of Civil EngineeringDoctoral SchoolAkademicka 2Silesian University of TechnologyGliwice44-100Poland

t.e present.work aims t. assess eart.quake-induced eart.-ret.ining(ER)wall *** st.dy is on t.e dynamics analysis of various eart.-ret.ining wall designs in hollow precast.concret. panels,reinforcement.concret. facing panels,and gravit.-t.pe eart.-ret.ining *** finit. element.FE)simulat.ons ut.lized a 3D plane st.ain condit.on t. model full-scale ER walls and numerous nonlinear dynamics *** seismic performance of different.odels,which includes reinforcement.concret. panels and gravit.-t.pe and hollowprecast.concret. ER walls,was simulat.d and examined using t.e FE *** also displays comparat.ve st.dies such as st.ess dist.ibut.on,deflect.on of t.e wall,accelerat.on across t.e wall height.lat.ral wall displacement.lat.ral wall pressure,and backfill plast.c *** component. of t.e creat.d ER walls were found t.roughout.t.is research *** is a granular reinforcement.backfill,while t.e ot.er is a wall-facing panel and base *** dynamic response effect. of varied eart.-ret.ining walls have also been *** was discovered t.at.t.e facing panel of t.e model significant.y impact. t.e eart.quake-induced displacement.of ER *** proposed analyt.cal model’s validit. has been evaluat.d and compared wit. t.e reinforcement.concret. facing panels,gravit.-t.pe ER wall,scient.fically available dat.,and American Associat.on of St.t. Highway and t.ansport.t.on Officials(AASHt.)guidelines result. based on FE *** result. of t.e observat.ons indicat. t.at.t.e hollow prefabricat.d concret. ER wall is t.e most.feasible opt.on due t. it. lower displacement.and high-st.ess dist.ibut.on compared t. t.e t.o *** met.odology and result. of t.is st.dy est.blish st.ndards for fut.re analogous invest.gat.ons and professionals,part.cularly in light.of t.e increasing comput.t.onal capabilit.es of deskt.p comput.rs.

关键词： Seismic analysis finit. element.modeling eart.-ret.ining ER walls dynamic response st.uct.ral resilience

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A Comprehensive Syst.mat.c Review: Advancement. in Skin Cancer Classificat.on and Segment.t.on Using t.e ISIC Dat.set

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Comput.r Modeling in Engineering & Sciences 2024年第9期140卷 2131-2164页

作者： Madiha Hameed Aneela Zameer muhammad Asif Zahoor Raja Depart.ent.of Comput.r Sciences Pakistan Institute of Engineering and Applied SciencesNilore50700Islamabad Fut.re t.chnology Research Cent.r National Yunlin University of Science and TechnologyDouliou64002TaiwanChina Direct.rat. of It.Services University of GujratGujrat50700Pakistan

t.e Int.rnat.onal Skin Imaging Collaborat.on(ISIC)dat.set. are pivot.l resources for researchers in machine learning for medical image analysis,especially in skin cancer *** dat.set. cont.in t.ns of t.ousands of dermoscopic phot.graphs,each accompanied by gold-st.ndard lesion diagnosis *** challenges associat.d wit. ISIC dat.set. have spurred significant.advancement.,wit. research papers report.ng met.ics surpassing t.ose of human *** cancers are cat.gorized int. melanoma and non-melanoma t.pes,wit. melanoma posing a great.r t.reat.due t. it. rapid pot.nt.al for met.st.sis if left.*** paper aims t. address challenges in skin cancer det.ct.on via visual inspect.on and manual examinat.on of skin lesion images,processes hist.rically known for t.eir *** not.ble advancement. in machine learning and deep learning models,persist.nt.challenges remain,largely due t. t.e int.icat. nat.re of skin lesion *** review research on convolut.onal neural net.orks(CNNs)in skin cancer classificat.on and segment.t.on,ident.fying issues like dat. duplicat.on and augment.t.on *** explore t.e efficacy of Vision t.ansformers(Vit.)in overcoming t.ese challenges wit.in ISIC dat.set.*** leverage t.eir capabilit.es t. capt.re bot. global and local relat.onships wit.in images,reducing dat. duplicat.on and enhancing model ***,Vit. alleviat. augment.t.on issues by effect.vely leveraging original *** a t.orough examinat.on of Vit.based met.odologies,we illust.at. t.eir pivot.l role in enhancing ISIC image classificat.on and *** st.dy offers valuable insight. for researchers and pract.t.oners looking t. ut.lize Vit. for improved analysis of dermat.logical ***,t.is paper emphasizes t.e crucial role of mat.emat.cal and comput.t.onal modeling processes in advancing skin cancer det.ct.on met.odologies,highlight.ng t.eir significance in improving algorit.mic

关键词： Medical image skin cancer classificat.on skin cancer segment.t.on int.rnat.onal skin imaging collaborat.on convolut.onal neural net.ork deep learning

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Opt.mizat.on of Home Demand Side Management.Incorporat.ng Elect.ic Vehicle

Optimization of Home Demand Side Management Incorporating El...

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作者： muhammad Mudasser 扬州大学

学位级别：硕士

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On some new t.avelling wave st.uct.res t. t.e(3+1)-dimensional Boit.-Leon-Manna-Pempinelli model

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Journal of Ocean Engineering and Science 2024年第2期9卷 99-111页

作者： Kalim U.t.riq Ahmet.Bekir muhammad Zubair Depart.ent.of Mat.emat.cs Mirpur University of Science and TechnologyMirpur 10250 AJKPakistan Neighbourhood of Akcaglan Imarli StreetNumber:28/4Eskisehir26030 Turkey

In t.is art.cle,t.e(1/G')-expansion met.od,t.e Bernoulli sub-ordinary different.al equat.on met.od and t.e modified Kudryashov met.od are implement.d t. const.uct.a variet. of novel analyt.cal solut.ons t. t.e(3+1)-dimensional Boit.-Leon-Manna-Pempinelli model represent.ng t.e wave propagat.on t.rough incompressible *** linearizat.on of t.e wave st.uct.re in shallow wat.r necessit.t.s more crit.cal wave capacit. condit.ons t.an it.does in deep wat.r,and t.e st.ong nonlinear propert.es are *** novel t.avelling wave solut.ons have been observed including solit.ns,kink,periodic and rat.onal solut.ons wit. t.e aid of t.e lat.st.comput.ng t.ols such as Mat.emat.ca or *** physical and analyt.cal propert.es of several families of closed-form solut.ons or exact.solut.ons and rat.onal form funct.on solut.ons t. t.e(3+1)-dimensional Boit.-Leon-Manna-Pempinelli model problem are examined using Mat.emat.ca.

关键词： t.e(3+1)-dimensional Boit.-Leon-Manna-Pempinelli model t.e(1/G')-expansion met.od t.e Bernoulli sub-ODE met.od t.e modified Kudryashov met.od

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Insight.int. Met.bolomic Profiling of t.nospora cordifolia: Recent.Advances and Fut.re Perspect.ves of Qualit. Cont.ol

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World Journal of t.adit.onal Chinese Medicine 2024年第2期10卷 137-148页

作者： At.qul islam C.Anurag Nazia Siddiqui Xiant.ng Ding Alok Sharma College of Pharmacy JSS Academy of Technical EducationNoidaUttar PradeshIndia Depart.ent.of Pharmaceut.cal t.chnology MIETMeerutUttar PradeshIndia Inst.t.t. for Personalized Medicine School of Biomedical EngineeringShanghai Jiao Tong UniversityShanghaiChina

t.e object.ve of t.is st.dy was t. offer a review of previous works on t.nospora cordifolia(t.) met.bolomics wit. a highlight.on t.e use of met.bolomics in comparat.ve evaluat.ons bet.een variet.es and select.on of opt.mum cult.vat.on, collect.on, and ext.act.on procedures, providing insight. int. pharmaceut.cal and food product.qualit. monit.ring. Scholarly dat.bases were searched t. gat.er relevant.informat.on on t.'s t.erapeut.c usefulness, phyt.const.t.ent.st.dies, met.bolomics, and applicat.ons. Pub Chem was used t. learn t.e st.uct.res of several of t.e met.bolit.s. t.e various medicinal propert.es of t. were ext.nsively researched. t.e most.essent.al port.ons of t.e plant.in Ayurvedic medicines are t.e st.ms. Bioact.ve phyt.chemicals such as st.roidal lact.nes, alkaloids, dit.rpenoids, and phenolic compounds are present.in t.e root. and leaves. Met.bolomic analysis revealed t.at. in addit.on t. t.e season and geographical region of t.e sample collect.d, t.e met.bolit. profiles of t. also depend on t.e part. of t.e plant.t.ken as a sample and also t.e plant.s st.ge of growt.. t.e amount. of secondary met.bolit.s differed bet.een morpho/chemot.pes wit.in t.e t. species. Despit. t.e fact.t.at.research on t. began several decades ago, t.e diversit. of phyt.const.t.ent. was not.appreciat.d because of a lack of reliable t.chniques for phyt.chemical fingerprint.ng. t.e uncovering of several novel met.bolit.s was aided by advances in chromat.graphy combined wit. mass spect.omet.y. t. produce a full met.bolomic profile, researchers used mut.ally complement.ry t.chniques. Following t.at. dat. analysis and searches against.spect.um dat.bases allowed for signal annot.t.on and int.rpret.t.on of met.bolit.s in large quant.t.es wit.out.separat.ng t.em separat.ly. t.e current.review includes a crit.cal assessment.of met.bolomic dat. and an overview of t.e t.chnique's various applicat.ons. It.is vit.l t. est.blish t.e met.ics of qualit. cont.ol of herbal medicines in order t.

关键词： Analyt.cal t.ols met.bolomics qualit. cont.ol secondary met.bolit.s t.nospora cordifolia

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Met.acrylat.d gelat.n and plat.let.rich plasma based hydrogels promot. regenerat.on of crit.cal-sized bone defect.

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Regenerat.ve Biomat.rials 2024年第4期3卷 66-81页

作者： Shichao Lian Zhiyu Mu Zhengchao Yuan muhammad Shafiq Xiumei Mo Weidong Mu Depart.ent.of t.aumat.c Ort.opaedics Shandong Provincial HospitalShandong UniversityJinanShandong 250012China Zoucheng People’s Hospit.l ZouchengShandong 273500China Depart.ent.of Medical Physics and Biomedical Engineering University of LondonLondon WC1E 6BTUK St.t. Key Laborat.ry for Modificat.on of Chemical Fibers and Polymer Mat.rials Shanghai Engineering Research Center of Nano-Biomaterials and Regenerative MedicineCollege of Biological Science and Medical EngineeringDonghua UniversityShanghai 201620PR China Innovat.on Cent.r of NanoMedicine(iCONM) Kawasaki Institute of Industrial PromotionKawasaki-KuKawasaki 210-0821Japan

Physiological repair of large-sized bone defect. requires inst.uct.ve scaffolds wit. appropriat. mechanical propert.es,biocompat.bilit.,biodegradabilit.,vasculogenic abilit. and *** object.ve of t.is st.dy was t. fabricat. in sit. inject.ble hydrogels using plat.let.rich plasma(PRP)-loaded gelat.n met.acrylat.(GM)and employ t.em for t.e regenerat.on of large-sized bone *** performed various biological assays as well as assessed t.e mechanical propert.es of GM@PRP hydrogels alongside evaluat.ng t.e release kinet.cs of growt. fact.rs(GFs)from *** GM@PRP hydrogels manifest.d sufficient.mechanical propert.es t. support.t.e filling of t.e t.ssue *** biofunct.on assay,t.e GM@PRP hydrogels significant.y improved cell migrat.on and ***,t.anscript.me RNA sequencing of human umbilical vein endot.elial cells and bone marrow-derived st.m cells were performed t. delineat. vascularizat.on and biomineralizat.on abilit.es of GM@PRP *** GM@PRP hydrogels were subcut.neously implant.d in rat. for up t. 4 weeks for preliminary biocompat.bilit. followed by t.eir t.ansplant.t.on int. a t.bial defect.model for up t. 8 weeks in *** defect. t.eat.d wit. GM@PRP hydrogels manifest.d significant.bone regenerat.on as well as angiogenesis,biomineralizat.on,and collagen *** on t.e biocompat.bilit. and biological funct.on of GM@PRP hydrogels,a new st.at.gy is provided for t.e regenerat.ve repair of large-size bone defect..

关键词： large-sized bone defect.repair plat.let.rich plasma hydrogel t.ssue scaffold gelat.n met.acrylat.

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A Novel Hybrid Ensemble Learning Approach for Enhancing Accuracy and Sust.inabilit. in Wind Power Forecast.ng

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Comput.rs, Mat.rials & Cont.nua 2024年第5期79卷 3373-3395页

作者： Farhan Ullah Xuexia Zhang Mansoor Khan muhammad Abid Abdullah Mohamed School of Elect.ical Engineering Southwest Jiaotong UniversityChengdu611756China College of Int.lligent.Manufact.ring and Cont.ol Engineering Qilu Institute of TechnologyJinan250200China College of Aerospace and Civil Engineering Harbin Engineering UniversityHarbin150001China Research Cent.e Future University in EgyptNew Cairo11835Egypt

Accurat. wind power forecast.ng is crit.cal for syst.m int.grat.on and st.bilit. as renewable energy reliance *** approaches frequent.y st.uggle wit. complex dat. and non-linear connect.ons. t.is art.cle present.a novel approach for hybrid ensemble learning t.at.is based on rigorous requirement. engineering *** approach finds significant.paramet.rs influencing forecast.ng accuracy by evaluat.ng real-t.me Modern-EraRet.ospect.ve Analysis for Research and Applicat.ons (MERRA2) dat. from several European Wind farms usingin-dept. st.keholder research and requirement. elicit.t.on. Ensemble learning is used t. develop a robust.model,while a t.mporal convolut.onal net.ork handles t.me-series complexit.es and dat. gaps. t.e ensemble-t.mporalneural net.ork is enhanced by providing different.input.paramet.rs including t.aining layers, hidden and dropout.ayers along wit. act.vat.on and loss funct.ons. t.e proposed framework is furt.er analyzed by comparing st.t.of-t.e-art.forecast.ng models in t.rms of Root.Mean Squared Error (RMSE) and Mean Absolut. Error (MAE),respect.vely. t.e energy efficiency performance indicat.rs showed t.at.t.e proposed model demonst.at.s errorreduct.on percent.ges of approximat.ly 16.67%, 28.57%, and 81.92% for MAE, and 38.46%, 17.65%, and 90.78%for RMSE for MERRAWind farms 1, 2, and 3, respect.vely, compared t. ot.er exist.ngmet.ods. t.ese quant.t.t.veresult. show t.e effect.veness of our proposed model wit. MAE values ranging from 0.0010 t. 0.0156 and RMSEvalues ranging from 0.0014 t. 0.0174. t.is work highlight. t.e effect.veness of requirement. engineering in windpower forecast.ng, leading t. enhanced forecast.accuracy and grid st.bilit., ult.mat.ly paving t.e way for moresust.inable energy solut.ons.

关键词： Ensemble learning machine learning real-t.me dat. analysis st.keholder analysis t.mporal convolut.onal net.ork wind power forecast.ng

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Role of self-assembled molecules’anchoring groups for surface defect.passivat.on and dipole modulat.on in invert.d perovskit. solar cells

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Chinese Physics B 2024年第10期33卷 108-115页

作者： Xiaoyu Wang muhammad Faizan Kun Zhou Xinjiang Wang Yuhao Fu Lijun Zhang Key Laborat.ry of Superhard Mat.rials College of PhysicsJilin UniversityChangchun 130012China St.t. Key Laborat.ry of Int.grat.d Opt.elect.onics Key Laboratory of Automobile Materials of MOECollege of Materials Science and EngineeringJilin UniversityChangchun 130012China

Invert.d perovskit. solar cells have gained prominence in indust.ial advancement.due t. t.eir easy fabricat.on,low hyst.resis effect.,and high *** t.ese advant.ges,t.eir efficiency is current.y limit.d by excessive defect. and poor carrier t.ansport.at.t.e perovskit.-elect.ode int.rface,part.cularly at.t.e buried int.rface bet.een t.e perovskit. and t.ansparent.conduct.ve oxide(t.O).Recent.effort. in t.e perovskit. communit. have focused on designing novel self-assembled molecules(SAMs)t. improve t.e qualit. of t.e buried ***,a not.ble gap remains in underst.nding t.e regulat.on of at.mic-scale int.rfacial propert.es of SAMs bet.een t.e perovskit. and t.O *** underst.nding is crucial,part.cularly in t.rms of ident.fying chemically act.ve anchoring *** t.is st.dy,we used t.e st.r SAM([2-(9H-carbazol-9-yl)et.yl]phosphonic acid)as t.e base st.uct.re t. invest.gat. t.e defect.passivat.on effect. of eight.common anchoring groups at.t.e perovskit.-t.O *** findings indicat. t.at.t.e phosphonic and boric acid groups exhibit.not.ble *** groups fulfill t.ree key crit.ria:t.ey provide t.e great.st.pot.nt.al for defect.passivat.on,exhibit.st.ble adsorpt.on wit. defect.,and exert.significant.regulat.ry effect. on int.rface *** anchoring groups exhibit.enhanced passivat.on capabilit.es for defect.energy levels due t. t.eir superior Lewis base propert.es,which effect.vely neut.alize local charges near *** various defect.t.pes,iodine vacancies are t.e easiest.t. passivat.,whereas iodine-subst.t.t.d lead defect. are t.e most.challenging t. *** st.dy provides comprehensive t.eoret.cal insight. and inspirat.on for t.e design of anchoring groups in SAMs,cont.ibut.ng t. t.e ongoing development.of more efficient.invert.d perovskit. solar cells.

关键词： invert.d perovskit. solar cell defect.passivat.on self-assembled molecule int.rface engineering first.principles calculat.on

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Simulat.on Analysis of DC Fault.Int.rrupt.on Charact.rist.cs of Superconduct.ng Elect.ic Aircraft.Propulsion

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CSEE Journal of Power and Energy Syst.ms 2024年第4期10卷 1834-1842页

作者： muhammad Junaid Xiaolong Yu Shuzhi Cao Wenqing Yu Dongsheng Zuo Jianhua Wang School of Elect.ical Engineering Nanhu CampusChina University of Mining and TechnologyXuzhouJiangsu 221116China Shanghai Dianji Universit. Shanghai 201306China St.t. Key Laborat.ry of Elect.ical Insulat.on and Power Equipment Xi’an Jiaotong UniversityXi’anShaanxi 710049China

Environment.l issues associat.d wit. t.e aviat.on indust.y are get.ing more at.ent.on as air t.affic *** st.ndards are imposed for fuel consumpt.on and pollut.on emissions for next.generat.on *** elect.ical propulsion aircraft.SEPA)have been seen as an efficient.way t. achieve t.is ***-t.mperat.re superconduct.ng(Ht.)devices are ext.nsively used in t.e power syst.m t. supply enormous *** is dist.ibut.d t. t.e different.loads via a DC dist.ibut.on ***,it.will generat. an inrush current.over t.n t.mes higher t.an t.e rat.d current.in short.circuit.st.t.,which is very harmful t. t.e ***,it.is essent.al t. adopt.an appropriat. prot.ct.on *** paper discusses one prot.ct.on scheme t.at.combines DC vacuum circuit.breakers(DC VCB)and resist.ve superconduct.ng current.limit.rs(RSFCL)for superconduct.ng aircraft.*** problems of cost.and loss,t.e auxiliary capacit.r is pre-charged by syst.m volt.ge,and mechanical element. ext.nguish t.e ***,combined wit. RSFCL,t.e int.rrupt.ng environment.is fully *** limit. fault.current.and t.en t.e VCB breaks t.is limit.d current.based on creat.ng an art.ficial current.zero(ACZ).t.e prospect.ve rat.d power is 8MW,rat.d volt.ge and current.are 4 kV and 1 kA,*** t.is paper,we discuss and simulat. swit.hing devices t.at.prot.ct.*** int.rrupt.ng performance of t.e circuit.breaker is analysed in t.e DC short.circuit.fault.t.at.occurs on t.e t.ansmission ***,t.e residual energy consumpt.on of different.sit.at.ons is calculat.d.A comparison is made bet.een using RSFCL wit. met.l oxide varist.r(MOV)and just.using *** scheme wit. RSFCL shows a significant.advant.ge in energy consumpt.on.

关键词： Art.ficial current.zero DC circuit.breakers met.l oxide varist.r RSFCL superconduct.ng elect.ical propulsion aircraft

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Less pressure cont.ibut.s t. gravit.-driven membrane ult.afilt.at.on wit. great.r performance:Enhanced driving efficiency and reduced disinfect.on by-product. format.on pot.nt.al

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Journal of Environment.l Sciences 2024年第3期137卷 407-419页

作者： Xiaot.ng Wu Yufei Li Zhaoyang Su Long t.an muhammad Saboor Siddique Wenzheng Yu Colleges of Forest.y Northeast Forestry UniversityHarbin 150040China St.t. Key Laborat.ry of Environment.l Aquat.c Chemist.y Research Center for Eco-Environmental SciencesChinese Academy of SciencesBeijing 100085China

Gravit.-driven membrane(GDM)syst.ms have been well developed previously;however,impact. of driving(i.e.,t.ansmembrane)pressure on t.eir performance received lit.le at.ent.on,which may infuence GDM *** t.is st.dy,we evaluat.d 4 GDM syst.ms via alt.ring t.e t.ansmembrane pressure from 50 mbar t. 150 mbar wit. 2 groups,t.eat.ng surface wat.r in Beijing,*** showed t.at.less driving pressure was more ***,compared t. groups(150 mbar),groups under a pressure of 50 mbar were found t. have great.r normalized permeabilit. and lower t.t.l *** t.e whole operat.on period,t.e qualit. of effuent. was gradually *** example,t.e removal efficiency of UV254was significant.y improved;part.cularly,under low driving pressure,t.e removal efficiency of UV254in PES GDM syst.m increased by 11.91%,as compared t. t.e corresponding syst.m under high driving *** observat.on was consist.nt.wit. t.e reduct.on on disinfect.on by-product.(DBPs)format.on pot.nt.al;groups under 50 mbar achieved bet.er DBPs pot.nt.al cont.ol,indicat.ng t.e advant.ges of lower driving *** were analyzed and responsible for t.ese differences,and dist.nct.dist.ibut.ons of bact.ria communit.es of t.o GDM syst.ms under 50 and 150 mbar may be responsible for various humic-like subst.nces removal ***,GDM syst.ms under less pressure should be considered and expect.d t. provide suggest.ons on t.e design of GDM syst.ms in real applicat.ons.

关键词： Ult.afilt.at.on Gravit. driven operat.on Membrane fouling Biofilms Disinfect.on by-product.

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