3Ddayinji

Binciken kumfa na roba da aka buga da 3D ta amfani da ƙananan gilashi masu zube da HDPE, mai da hankali kan ilimin motsi, faɗaɗawar zafin jiki, da kaddarorin injiniya don aikace-aikacen sauƙi.

Binciken fasaha na sabuwar na'urar auna terahertz da aka buga ta 3D ta amfani da raƙuman haske na bandgap don sa ido kan ma'anar haske na ruwa mai gudana ba tare da taɓa shi ba.

Bincike akan tsarin CNN mai sauƙi don gano matsala da wuri a cikin fasalolin 3D na FDM ta amfani da bayanan hoto, yana samun inganci fiye da 96%.

Bincike kan buga copolymer na nailan mai jurewar zafi na 3D don PPE mai iya autoclave ta amfani da ƙananan na'urorin bugawa na masu amfani masu arha tare da ƙananan gyare-gyare.

Nazarin amfani da SLA, SLS, da FDM 3D printing don kera bugun gas da aka tsara don sarrafa siffofin yawan plasma a cikin haɓakar Laser Wakefield.

Cikakken jagora kan ƙira da buga octahedron na yau da kullum ta amfani da ka'idojin lissafi da OpenSCAD, ya ƙunshi lissafi, canje-canje, da la'akari da masana'antu.

Comprehensive technical documentation and resources about 3ddayinji technology and applications.

Analyzes a novel framework for generating adaptive-width toolpaths in FDM 3D printing, aiming to eliminate overfill/underfill, improve mechanical properties, and achieve backpressure compensation.

Cikakken kwatancin Stereolithography (SLA), Fused Filament Fabrication (FFF), da Selective Laser Sintering (SLS) don buga maganadisu NdFeB masu kama da juna ta 3D, tare da rufe kaddarorin maganadisu, iyawar tsari, da aikace-aikace.

Bita kan aikace-aikacen ƙirƙirar ƙari a cikin fasahar kwantum, wanda ya ƙunshi na'urorin gani, na'urorin motsi-gani, sassan maganadisu, tsarin sararin samaniya, da hanyoyin gaba.

Nazarin tsarin LLM mai aiki da yawa wanda ke sarrafa gano sabbin gawa don kera abubuwa ta hanyar ƙara, tare da haɗa simintin CALPHAD, ƙirar tsari, da yanke shawara mai cin gashin kansa.

Nazarin hanyar da ke ba da damar bugun 3D na PPE mai jurewa autoclave ta amfani da copolymer na nailan akan injunan bugun 3D na kasuwanci da aka gyara, tare da magance gibin sarkar kayan aiki a cikin rikice-rikicen likitanci.

Bincike kan ƙarfafa ƙarfin ƙarfi a cikin magnets na NdFeB da aka ƙera ta hanyar ƙari ta amfani da sintering na Laser na Zaɓaɓɓu da yaduwar iyakar ƙwayoyi tare da gawaɗan da ke narkewa cikin sauƙi.

Wata sabuwar hanyar da za a iya murkushe girgiza cikin sauri a cikin delta 3D printers ta amfani da B-splines da aka tace da kuma kusantar samfurin lokaci na gaskiya, inda aka sami saurin lissafi har sau 23.

Bincike kan filament mai farin haske don bugu na FDM 3D na na'urori masu gano scintillator na filastik masu rarrabuwa, wanda ke haɓaka yawan haske da rage tsangwama na gani.

Haɓakawa da siffanta farar filament mai haskakawa don ƙera na'urorin lantarki na filastik masu rarrabuwa ta amfani da fasahar bugawa ta 3D ta FDM.

Nazarin aikin bincike da ya haɗa robobin NAO da na'urorin bugawa 3D cikin manhajojin makarantun firamare don haɗa zane na dijital da ƙirƙira ta jiki, haɓaka ilimin dijital.

Tsarin lissafi don inganta jerin kera a cikin Ƙara Kera Mai-Axis Da Yawa don rage karkacewar zafi, ta amfani da filin lokaci na karya da ingantacciyar tushen gradient.

Yana bincika yin amfani da na'urar bugun 3D FDM don ƙirƙira bawuloli masu kwanciyar hankali na ruwa don dabaru, rage lokacin ƙirƙira daga sa'o'i 27 zuwa sa'o'i 3 da rage farashin shiga.

Cikakken bincike na sabuwar hanyar bin diddigin gaba/ƙididdiga mai iyaka don ingantaccen simintin gudanar da ruwa da sanyaya a cikin hanyoyin buga 3D na FDM/FFF.

A Comparative Study of FDM Nozzle Shape Optimization Based on Viscous and Viscoelastic Flow Models, Using a Flexible Geometric Parameterization Framework.

Binciken iyakokin ƙira na siffofi na yumbu na alumina da aka kera ta hanyar karkatar da Laser Sintering, tare da kwatanta dokokin SLS na polymer da iyakokin na yumbu.

Binciken iyakokin zane don gine-ginen buɗaɗɗen tashoshi na yumbu da aka kera ta hanyar karkashin SLS, tare da kwatanta dokokin SLS na polymer da gano iyakokin musamman na yumbu.

Wata sabuwar fasaha ta halftoning don bugun 3D na FDM wacce ke amfani da hatching na tushen layi don ƙirƙirar hotuna masu launin toka ba tare da lalata siffar bugu ko lokaci ba.

Bincike kan colloids na zirconia masu ƙarfafawa da UV don ƙirƙirar ƙari ta hanyar haɗin bugu na inkjet-stereolithography, mai mai da hankali kan tsarin tawada, iyawar bugu, da sintering zuwa yawa mai yawa.

Takarda ta fasaha da ke bayyana hanyar canza tambarin launin toka na 2D zuwa fayilolin STL masu bugu 3D ta amfani da Mathematica, tare da aikace-aikacen tambarin JDRF.

Nazarin tsarin IoT, kalubalen tsaro, da sabuwar hanyar kai hari ta gefe ta amfani da wayar hannu akan tsarin bugawa 3D, gami da cikakkun bayanan fasaha da alkiblar gaba.

Bincike kan yadda ƙarfin laser da gudun bincike ke tasiri ƙarfin ƙarfe na gawa Ti6Al4V da aka ƙirƙira ta hanyar Laser Metal Deposition ta amfani da cikakken tsarin gwaji.

Bincike kan amfani da hanyoyin koyon injini masu kulawa (Logistic, Gradient Boosting, Decision Tree, KNN) don hasashen Ƙarfin Jiki na Ƙarshe na PLA da aka buga ta hanyar FDM, tare da KNN yana nuna mafi kyawun aiki.

Samfurin filin-lokaci na ci-gaba na juyin halittar tsarin ƙananan ƙwayoyin a lokacin ƙirƙirar laser da aka zaɓa, yana bayyana alaƙar tsari-tsarin ƙananan ƙwayoyin kuma yana ba da damar ingantaccen ƙira na lissafi.

Nazarin wata hanya mai ci gaba da ke ba da damar yin bugu na 3D tare da auna siffa a lokaci guda yayin ƙirƙirar ƙari na volumetric na tomographic, tare da samun daidaito ƙasa da 1%.

Bincike kan haɗin sinadarin polylactic acid-carbonated hydroxyapatite, tsarin samansa na ƙananan sassa ta amfani da DLW, da binciken kaddarorin kayan.

Binciken fina-finan PLA tare da graphene mai yawan layer da aka daidaita, mai da hankali kan ingantattun kaddarorin injiniya, tasirin tarwatsawa, da kuma gudanar da zafi da lantarki.

Analysis of structure-property relationships in PLA-P(VDF-TrFE) blend films, focusing on thermal, mechanical, and electroactive properties for functional applications.

Binciken fasaha na hanyar gyaran casting solvent/particulate leaching don sarrafa crystallinity a cikin scaffolds na fasahar nama na PLA masu rami, gami da hanyoyi, sakamako, da ma'anoni.

Cikakken bita kan fasahar Tsarin Zane-zane na Micro Stereolithography (PµSL), ka'idojinta na aiki, iyawarta na sikelin da yawa/kayan aiki da yawa, da aikace-aikacenta a cikin metamaterials, na'urorin gani, bugawa 4D, da magungunan kiwon lafiya.

Tsarin da ake amfani da shi don saita hanyoyin masana'antu masu tsada don kimantawa ta hanyar amfani da sabon aikin karɓa mai ƙarfi na Bayesian Optimization da hanyoyin aiki masu daidaitawa da fahimtar yanayi.

Binciken fasaha na hanyoyin tsara motsi da ke magance matsalolin singularity da karo a cikin buga 3D na multi-axis don inganta ingancin ƙirƙira.

Bincike kan takarda bincike game da mai shawo THz mai fadi da aka kera ta amfani da stereolithography, ya ƙunshi zane, sakamakon gwaji, da tasirin ƙara kera a fannin gani.

Phase-Field-Based Topology Optimization for 3D Printed Structures Incorporating Stress Constraints, Multimaterial and Multiscale Analysis, Including Rigorous Optimality Conditions and Experimental Validation.

SurfCuit yana ba da damar ƙirƙira da kera da'irori masu ƙarfi akan saman bugunan 3D ta amfani da tebur na jan ƙarfe da dabarun siyar da ƙarfe, yana kawar da ƙwaƙƙwaran ƙirar akwati.

Zurfin bincike kan rawar ƙirƙirar ƙari a cikin samar da dorewa, ya ƙunshi fasahohi, fa'idodin muhalli, ƙalubale, da alkiblar gaba.

Bincike kan ƙirƙirar na'urori masu ƙira masu aiki da buƙata da girma ta amfani da robots na garkuwa, waɗanda ke ba da damar tsarin bugawa da zane na 3D masu ɗaukuwa da sauya siffofi.

Takarda bincike da ke ba da shawarar dandamali na koyo mai ƙarfafawa don koyon dabarun hanyoyin kayan aiki masu kyau a cikin ƙirƙirar ƙari na tushen ƙarfe, tare da shawo kan ƙalubalen sararin zane mai girma.