您正在关注
关注用户错误。
该用户不允许他人关注他们。
您已经关注了这个用户。
您的会员计划仅允许0个关注。升级在此。
成功取消关注
取消关注用户错误
您已成功推荐
推荐用户错误。
出问题了，请刷新页面并重新尝试。
联系Antonis A.询问您的工作详情
登录并通过聊天讨论所有细节。
文件夹
文件夹
Sheetmetal part
10737 Floorboard
Ice cream lock
Lattice structured dogbone specimen
FEA testing of scissor security gate
Safety scissor gate
Sheetmetal part
10737 Floorboard
Ice cream lock
Lattice structured dogbone specimen
FEA testing of scissor security gate
Safety scissor gate
评论
变更已保存
展示16中的1-5条评论
$90.00 USD
Solidworks
•
$46.00 USD
Solidworks
Mechanical Engineering
•
$100.00 USD
Engineering
•
$150.00 USD
3D Rendering
3D Modelling
3D Animation
•
$220.00 USD
Mechanical Engineering
J
•
经验
Research contract
10月 2013 - 现在
Preparation of models with Dymola/Modellica and Matlab for use in a virtual lab
Lecturer
10月 2010 - 现在
Lecturer in the Mechanical Engineering Dept. of Mediterranean College Thessaloniki.
Courses taught: Engineering Design, Mechanical Principles, Strength of Materials
Lecturer
10月 2010 - 现在
Visiting Lecturer in the Mechanical Engineering Dept. of the Technological Educational Institue of Serres. Courses taught: Engineering Design, Machine Elements, Numerical Control Machine Tools, CAD/CAE
教育
Mechanical Engineer PhD
(6 年)
Mechanical Engineer MEng
(6 年)
资质
Advanced Composite Materials
International Institute for Multifunctional Materials for Energy Conversion
2012
IIMEC School for Advanced Composite Materials
Sponsored by Texas A&M, NSF and TEI Serron
Scored the highest grade in final certification exam
出版物
The inclined impact test: A novel method for the quantification of the adhesion properties of PVD films
Elsevier_Wear 262 (2007) 1471–1478
The inclined impact test constitutes a new reference to the prediction of the coatings’ impact failure, managing to approach loading stages of coated surfaces in different applications. In this experimental method, the repetitive impacts are applied on an oblique coated surface, which is loaded vertically and tangentially simultaneously. To calculate the occurring stress distribution in the loaded film’s and substrate’s region, an appropriate finite elements method (FEM) simulation is developed, which consi
Characterization of fatigue and adhesion properties of a-C:H/CrN coatings on bearing rings by impact tests
Elsevier_Surface & Coatings Technology 202 (2008) 5929–5935
The impact test is used for the quantitative assessment of various properties of thin hard coatings, deposited on machine elements, tools etc. This test is mainly applied on coated specimens with simple geometries such as of cutting inserts and coated plates. In the described investigations, perpendicular and inclined impact tests were conducted directly on PVD coated bearing rings. The tests were performed with the aid of appropriate fixtures on the internal cylindrical surface of the outer bearing ring, a
Microabrasion of Coatings Investigated by the Inclined Impact Test at Various Loads under Dry and Lubricated Conditions
Wiley_Plasma Process. Polym. 2007, 4, S840–S845
The impact test has clearly emerged as an important technology for the prediction of cohesive, adhesive, and fatigue failure of coatings, further enabling the establishment of Smith and Woehler diagrams of PVD films. In the present paper, the abrasive wear of a well-adherent (Ti46Al54)N coating was investigated by the inclined impact test, at impact loads higher, equal to or lower than the fatigue critical impact load of the applied film. These investigations were conducted for few thousands up to several m
Wear development of cemented carbide inserts coated with mono and multilayer PVD films, considering their strength properties, adhesion and the cutting loads
Elsevier_Surface & Coatings Technology 201 (2006) 4395–4400
In this work, we investigated the feasibility of increasing the cutting performance of coated tools through the application of multilayered PVD film structures. A monolayer TiAlN and a multilayer TiN/TiAlN coating of the same overall thickness deposited on K35 cemented carbide inserts, were investigated concerning their mechanical, adhesion properties and wear behavior in milling operations. The mechanical properties of both applied films were determined with the aid of nanoindentations and then the evaluat
The inclined impact test, an efficient method to characterize coatings’ cohesion and adhesion properties
Elsevier_Thin Solid Films 469–470 (2004) 254–262
The inclined impact test implies a new reference to the prediction of the coatings’ cohesive and adhesive failure, managing to approach loading directions for a variety of coated surfaces in different applications. Examples for an efficient use of this test are presented and a characteristic magnitude, the coating impact adhesion (CIA), is introduced
Properties and performance of high aluminum containing (Ti,Al)N based supernitride coatings in innovative cutting applications
Elsevier_Surface and Coatings Technology 177 –178 (2004) 727–734
The development of new materials is always associated with the requirements of low cost manufacturing of parts consisting of these materials. In order to meet the corresponding demands, a range of developments has been brought forward in the area ofcoating technology. One of the most promising state of the art coatings is the metastable solid solution phase (Ti,Al)N in cubic NaCl (B1) structure. These coatings offer a superior oxidation resistance and hardness as compared to the conventional TiN or TiC
联系Antonis A.询问您的工作详情
登录并通过聊天讨论所有细节。
认证
资质
顶级技能
邀请已发送成功！
谢谢！我们已通过电子邮件向您发送了索取免费积分的链接。
发送电子邮件时出现问题。请再试一次。
加载预览
授予地理位置权限。
您的登录会话已过期而且您已经登出，请再次登录。