numerical and experimental investigation of the formation

numerical and experimental investigation of the formation

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Author Hoda Agha Amini Fashami,Nasrollah Bani Mostafa Arab,Mohammad Hoseinpour Gollo,Bahram NamiPublish Year 2021Numerical and Experimental Investigation of Carbon

Numerical and Experimental Investigation of Carbon Nanotube Sock Formation - Volume 2 Issue 1Author Lu YaoCreator Yao,LuPublish Year 2011Date Issued 2011Experimental and theoretical investigations of mechanisms Experimental and theoretical investigations of mechanisms responsible for plasma jets formation at PALS - Volume 27 Issue 3 newly complemented by different expansion regimes of the Cu and plastic plasmas (provided by numerical simulations).The experiment

Cited by 16Publish Year 2019Author Dileep Kumar Mishra,Aman Kumar Verma,Julfekar Arab,Deepak Marla,Pradeep DixitNumerical and experimental investigation on grinding

Apr 18,2019 numerical and experimental investigation of the formation#0183;Park IW,Dornfeld DA (2000) A study of burr formation processes using the finite element method part I.J Eng Mater Technol 122(2):221228.Article Google Scholar 12.Persson H,Agmell M,Bushlya V,St numerical and experimental investigation of the formation#229;hl JE (2017) Experimental and numerical investigation of burr formation in intermittent turning of AISI 4140.Cited by 1Publish Year 2015Author Kamal A.R.Ismail,Fatima A.Morais Lino,Carlos T.Salinas,Raquel da Cunha,Ribeiro da SilvaExperimental and Numerical Investigation ofEntitled Experimental and Numerical Investigation of Polypropylene Foam Formation through Extrusion Process and submitted in partial fulfillment of the requirements for the degree of Master of Applied Science (Mechanical Engineering) complies with the regulations of the University and meets the accepted standards with

Cited by 1Publish Year 2017Author Lin Zhao,Michel C.Boufadel,Thomas King,Brian Robinson,Kenneth LeeNumerical and experimental investigation of microporosity

Jul 30,2010 numerical and experimental investigation of the formation#0183;Macrosegregation and porosity formation are investigated by both a numerical model and transient directional solidification experiments.The macrosegregation pattern,and the theoretical and apparent densities are presented as a function of the casting length.Cited by 1Publish Year 2020Author K.Al-BadaniExperimental investigation and numerical modeling of Experimental investigation and numerical modeling of microporosity formation in aluminum alloy A356 Creator Yao,Lu Publisher University of British Columbia Date Issued 2011 Description Microporosity refers to small voids in the material in the size range from a

Cited by 22Publish Year 2007Author Dawei Sun,Suresh V.GarimellaCreated Date 1/12/2016 4:35:55 PMNumerical and experimental investigation of central cavity

May 27,2016 numerical and experimental investigation of the formation#0183;Hosseini,S.H.,Sedighi,M. Mosayebnezhad,J.Numerical and experimental investigation of central cavity formation in aluminum during forward extrusion process.J Mech Sci Technol 30,19511956 (2016).https://doi/10.1007/s12206-015-1216-5.Download citation.Received 20 June 2015.Revised 14 July 2015.Accepted 09 September 2015Cited by 29Publish Year 2010Author Ivaldo L.Ferreira,Jefferson F.C.Lins,Daniel J.Moutinho,La numerical and experimental investigation of the formation#233;rcio G.Gomes,Amauri GarciaExperimental and Numerical Investigation into Formation of Jul 01,2019 numerical and experimental investigation of the formation#0183;Experimental and Numerical Investigation into Formation of Metro Wheel Polygonalization Wubin Cai ,1 Maoru Chi ,1 Gongquan Tao ,1 Xingwen Wu ,2 and Zefeng Wen 1 1 State Key Laboratory of Traction Power,Southwest Jiaotong University,Chengdu 611031,China

Cited by 2Publish Year 2016Author S.H.Hosseini,M.Sedighi,J.MosayebnezhadAn experimental and numerical study of NOx formation

May 31,2013 numerical and experimental investigation of the formation#0183;The second major focus of this work is on fundamental investigation of NOx formation mechanisms in flames with high levels of NH3 in H2.For laminar premixed and diffusion jet flames,experimental measurements of flame speeds,exhaust-gas sampling,and in-situ NO measurements (NO PLIF) are compared with numerically predicted flames using complex chemical kinetics withinCited by 3Publish Year 2019Author Gongyu Liu,Jiaqiang Dang,Yaofeng Chen,Dapeng Dong,Qinglong AnNumerical and Experimental Investigation oftemperature predictions with experimental data were not made.In the present work,a numerical method is developed for modeling solidification shrinkage based on the volume of fluid (VOF) method.Special attention is paid to shrinkage formation during the casting of an energetic material,tri-nitro-toluene (TNT),in a cylinder.The model is

Cited by 4Publish Year 2012Author Praveen KumarNumerical and Experimental Investigation on Frost

Numerical and Experimental Investigation on Frost Formation on Cold Cylinders International organization of Scientific Research44 P a g e growth using existent correlations for the heat transfer coefficient and Lewis analogy to calculate the mass transfer coefficient.Tao et al.proposed a frost formation model on a flat plate.Cited by 4Publish Year 2017Author Guangfeng Hou,Vianessa Ng,Yi Song,Lu Zhang,Chenhao Xu,Vesselin Shanov,David Mast,Mark Schulz,Numerical and experimental investigations into Numerical and experimental investigations into microchannel formation in glass substrate using electrochemical discharge machining To cite this article Dileep Kumar Mishra et al 2019 J.Micromech.Microeng.29 075004 View the article online for updates and enhancements.Recent citations Investigations into surface topography of

Cited by 4Publish Year 2020Author Hongjie Zhang,Yong Wang,Tao Han,Liangliang Bao,Qian Wu,Shiwei GuNumerical and experimental investigations of the

This paper reports both experimental and numerical investigations of the formation process of ferrofluid droplets in a flow focusing configuration with and without an applied magnetic field.In the experiment,the homogenous magnetic field was generated using an elec-tromagnet.Cited by 6Publish Year 2009Author Jimmy Andersen,Peter Arendt Jensen,S numerical and experimental investigation of the formation#248;ren Lovmand Hvid,Peter GlarborgSome results are removed in response to a notice of local law requirement.For more information,please see here.12345Next

Cited by 6Publish Year 2020Author A.Temmler,A.Temmler,N.Pirch,J.Luo,J.H.Schleifenbaum,J.H.Schleifenbaum,C.L.H numerical and experimental investigation of the formation#228;fner,C.L.Numerical and experimental investigations of the formation

Mar 05,2011 numerical and experimental investigation of the formation#0183;This paper reports both experimental and numerical investigations of the formation process of ferrofluid droplets in a flow focusing configuration with and without an applied magnetic field.In the experiment,the homogenous magnetic field was generated using an electromagnet.The magnetic field in the flow direction affects the formation process and changes the size of the droplets.The Cited by 7Publish Year 2019Author M.Landfahrer,C.Schluckner,R.Prieler,H.Gerhardter,T.Zmek,J.Klarner,C.HochenauerNumerical and Experimental Investigation of Soot was investigated combining numerical and experimental studies.The combustion and soot formation were predicted by the nite-rate detailed chemistry model and modied Moss-Brookes model,respectively,while the turbulence was predicted by the detached eddy simulation (DES) with a low Reynolds number correction.Experimental results showed that

Cited by 8Publish Year 2019Author Guoxiang Xu,Zhiqiang Zheng,Qingnan Cao,Qingxian Hu,Lin Li,Qinghu Guo,Baoshuai DuNumerical and experimental investigation of early iron

Numerical and experimental investigation of early iron particle formation in Fe(CO) 5 doped premixed H 2 /O 2 /Ar ames at low pressure L.Deng,1,S.Kluge2,N.Sikalo1,O.Hasemann1,3,H.Wiggers2,4,C.Schulz2,3,4,A.Kempf1,3,4,I.Wlokas1,3 1IVG,Institute for Combustion and Gas Dynamics Fluid Dynamics,Duisburg,GermanyCited by 95Publish Year 2011Author Jing Liu,Say-Hwa Tan,Say-Hwa Tan,Yit Fatt Yap,Min Yuan Ng,Nam-Trung NguyenEstimated Reading Time 5 minsNumerical and experimental investigation on formation of Dec 15,2020 numerical and experimental investigation of the formation#0183;The good agreement of numerical calculations and experimental results indicate that essential effects in surface structure formation were successfully identified.Marangoni convection seems to have virtually no or just a small impact on the formation of surface structures in laser remelting.

Cited by 95Publish Year 2011Author Jing Liu,Say-Hwa Tan,Say-Hwa Tan,Yit Fatt Yap,Min Yuan Ng,Nam-Trung NguyenNumerical and experimental investigations of the formation

Mar 05,2011 numerical and experimental investigation of the formation#0183;Abstract This paper reports both experimental and numerical investigations of the formation process of ferrofluid droplets in a flow focusing configuration with and without an applied magnetic field.In the experiment,the homogenous magnetic field was generated using anCited by 9Publish Year 2019Author Wubin Cai,Maoru Chi,Gongquan Tao,Xingwen Wu,Zefeng WenNumerical simulation and experimental investigation of 2 days ago numerical and experimental investigation of the formation#0183;Numerical simulation and experimental investigation of tailored hot stamping of boron steel by partial heating. and analyzed and characterized the dynamics of the austenite formation process under different thermal conditions. Numerical and experimental verifications.

Created Date 9/14/2020 11:58:56 AMNumerical and experimental investigation on weld formation

Feb 04,2019 numerical and experimental investigation of the formation#0183;Xu,G.,Zheng,Z.,Cao,Q.et al.Numerical and experimental investigation on weld formation during laser+MIG hybrid fillet welding of aluminum alloy in horizontal position.Int J Adv Manuf Technol 102,26832694 (2019).https://doi/10.1007/s00170-019-03372-3.Download citation.Received 03 October 2018.Accepted 20 January 2019EXPERIMENTAL AND NUMERICAL INVESTIGATION OFEXPERIMENTAL AND NUMERICAL INVESTIGATION OF FORMATION DAMAGE CAUSED BY DRILLING FLUIDS can,A.G numerical and experimental investigation of the formation#252;rkan Ph.D.,Department of Petroleum and Natural Gas Engineering Supervisor Prof.Dr.Mustafa Ver an K numerical and experimental investigation of the formation#214;K September 2006,237 pages In this thesis,permeability impairment caused by drilling fluids and

Experimental and Numerical Investigation of Hard Rock

AbstractIntroductionMethodsNumerical Rock BreakageInfluencing Factors of Rock BreakageConclusionsData AvailabilityAcknowledgmentsTo investigate the effect of indenter shape,impact energy,and impact velocity on the rock breakage performance,a test device for rock fragmentation by indenter impact was developed to obtain the rock breakage volume,depth,and area under different impact conditions.By comparing the rock breakage volume,depth,area,and specific energy consumption,the results show that indenter shape has a greater influence on the rock breakage performance than that of the impact velocity with the samSee more on hindawiExperimental and Numerical Investigation of Gas-Phase In part 1 of the present work (10.1021/ef900752a),experimental data and computational fluid dynamics (CFD) modeling predictions for velocity field,temperatures,and major species were compared for a 50 kW axisymmetric,non-swirling natural gas fired combustion setup,constructed to simulate the conditions in the freeboard of a grate-fired boiler.Here,in part 2,the ability of CFD to Experimental and numerical investigation of the formation May 01,2017 numerical and experimental investigation of the formation#0183;Experimental and numerical investigation of the formation of Oil Particle Aggregates (OPA) Lin Zhao; Recipient(s) will receive an email with a link to 'Experimental and numerical investigation of the formation of Oil Particle Aggregates (OPA)' and

Numerical and Experimental Investigation of Novel Blended

AbstractIntroductionMethods and MaterialsResultsDiscussionConclusionAuthors ContributionsAcknowledgmentsThe typical helical flow within the human arterial system is widely used when designing cardiovascular devices,as this helical flow can be generated using the crossed limbs strategy of the bifurcated stent graft (BSG) and enhanced by the tapered structure of arteries.Here,we propose the use of a deflected blended bifurcated stent graft (BBSG) with various tapers,using conventional blended BSGs with the same degree of taper as a comparison.Hemodynamic performances,including helical strength and walSee more on hindawiAuthor Ming Liu,Zhenze Wang,Anqiang Sun,Xiaoyan DengPublish Year 2018Experimental and Numerical Investigation of Droplet This work focused on developing a framework of numerical models for simulating the formation of droplet under different situations.The formation of a pendant droplet was studied through an integrated experimental,numerical and theoretical procedures,establishing the key factors influencing the dynamics of a pendant droplet and examining key material parameters such as the density,viscosity Numerical and experimental investigation of defects Jan 11,2021 numerical and experimental investigation of the formation#0183;The experimental results show that during friction stir processing with the rotational speed of 1200 rpm and the traverse speed of 60 mm/min (speed ratio of 20),no macro defects in the processed zone were observed.According to the numerical results,the peak temperature during friction stir processing with these speeds was 475 numerical and experimental investigation of the formation#176;C.

Numerical and experimental investigation of scale

Numerical and experimental investigation of scale formation on steel tubes in a real-size reheating furnace Author links open overlay panel M.Landfahrer a C.Schluckner a R.Prieler a H.Gerhardter a T.Zmek b J.Klarner b C.Hochenauer aNumerical and experimental investigation of the formation Mar 01,2020 numerical and experimental investigation of the formation#0183;Abstract.Formation mechanism of the welding residual stress (WRS) is a key part of welding research.However,there is a lack of meaningful numerical models of the WRS.In this work,a thermal-metallurgical-mechanical (TMM) model was developed using SYSWELD to investigate the distribution and the formation mechanism of WRS during the hybrid laser arc welding of AH36 steel.

Numerical and experimental investigation on formation of

Numerical and experimental investigation on formation of surface structures in laser remelting for additive-manufactured Inconel 718.Temmler,Andr numerical and experimental investigation of the formation#233; (Corresponding author); Pirch,N.; Luo,J.; Schleifenbaum,Johannes Henrich; H numerical and experimental investigation of the formation#228;fner,Constantin Leon.Amsterdam [u.a.] / Elsevier Science (2020) [Journal Article] Surface and coatings technology


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