Freelancer标志
登录 注册
发布项目
探索
Communications
Data Entry
Data Processing
Print
Travel Ready
个人资料封面照片
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。
电子邮箱已成功验证。
用户头像

Mahdi M.

@mahdisabuki

5.0
3
3.0
3.0
100%

Mechanical Engineer

$10 USD / 小时
・
的国旗
Austria (1:15 上午)
・
加入于十二月 31, 2023
$10 USD / 小时
・
* Expert at Engineering softwares: - Solidworks - AutoCAD 3D - PDMS - Autodesk Inventor - Revit * Expert at Equipment inspection: - Cranes - Pumps - heat exchangers - Valves - Boilers * Fluent in the following languages: - English - Russian - German - Persian
验证
准时
100%
预算内
100%
接受率
100%
Freelancer Data Processing Executives Austria
查看所有Data Processing Executives在Austria

文件夹

文件夹

11905827
other samples modeling using Solidworks
Solidworks samples
other samples modeling using Solidworks
Solidworks samples
11905822
Modeling of a cooling system using PDMS
Cooling System
11905802
The vortices inside the intake filter are captured using ISO-Surfaces method and ANSYS FLUENT CFD.
Vortex formation in an intake filter
The vortices inside the intake filter are captured using ISO-Surfaces method and ANSYS FLUENT CFD.
Vortex formation in an intake filter
The vortices inside the intake filter are captured using ISO-Surfaces method and ANSYS FLUENT CFD.
Vortex formation in an intake filter
The vortices inside the intake filter are captured using ISO-Surfaces method and ANSYS FLUENT CFD.
Vortex formation in an intake filter
11905784
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
11905763
This model is a part of a project to solve the problems in a Pumping Station during Low and High tides. to make this model, Solidworks is used. The grids for numerical simulations are created using ICEM and numerical simulation is performed usig ANSYS FLUENT.
Modeling of an intake filter in a Pumping Station
This model is a part of a project to solve the problems in a Pumping Station during Low and High tides. to make this model, Solidworks is used. The grids for numerical simulations are created using ICEM and numerical simulation is performed usig ANSYS FLUENT.
Modeling of an intake filter in a Pumping Station
11905827
other samples modeling using Solidworks
Solidworks samples
other samples modeling using Solidworks
Solidworks samples
11905822
Modeling of a cooling system using PDMS
Cooling System
11905802
The vortices inside the intake filter are captured using ISO-Surfaces method and ANSYS FLUENT CFD.
Vortex formation in an intake filter
The vortices inside the intake filter are captured using ISO-Surfaces method and ANSYS FLUENT CFD.
Vortex formation in an intake filter
The vortices inside the intake filter are captured using ISO-Surfaces method and ANSYS FLUENT CFD.
Vortex formation in an intake filter
The vortices inside the intake filter are captured using ISO-Surfaces method and ANSYS FLUENT CFD.
Vortex formation in an intake filter
11905784
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
Computational grid is created using ICEM CFD.
Computational grid of the intake screen
11905763
This model is a part of a project to solve the problems in a Pumping Station during Low and High tides. to make this model, Solidworks is used. The grids for numerical simulations are created using ICEM and numerical simulation is performed usig ANSYS FLUENT.
Modeling of an intake filter in a Pumping Station
This model is a part of a project to solve the problems in a Pumping Station during Low and High tides. to make this model, Solidworks is used. The grids for numerical simulations are created using ICEM and numerical simulation is performed usig ANSYS FLUENT.
Modeling of an intake filter in a Pumping Station
修改已保存
5.0 · 3 Reviews
评论
用户头像
Documents verification required from University Of Vienna Austria • $205 USD
Nice to work with him. Will work again.
Usman R.
@usmanrashid86
•
的国旗
Islamabad，Pakistan
•
2 个月前
分享
V
Site Visit -- 7 • $60 USD
Excellent work deliver all require work on given timeline, happy to work with this freelancer, recommend for others!!
Waqas A.
@vicky66
•
的国旗
Islamabad，Pakistan
•
7 个月前
分享
用户头像
Certificate Verification at Sola Laser Academy in Vienna • $55 USD
Have good experience, working with Mahdi. Very professional and meet timelines.
Anum Y.
@AnnieDCS
•
的国旗
Rawalpindi，Pakistan
•
8 个月前
分享
教育
Technische Universität Wien
2023 - 2024
•
1 年
Msc.
的国旗
Austria
2023 - 2024
•
1 年
资质
Designing Complex Surfaces with SolidWorks
2023
Sharif University of Technology
Certification: "Designing Complex Surfaces with SolidWorks" from Sharif University of Technology.
2023
刊物
Numerical Investigation of Vortex Formation in Water Intake System of a Pumping Station
Springer SN Applied Sciences (2021)
Numerical Investigation of Vortex Formation in Water Intake System of a Pumping Station using Solidworks for modeling and Ansys-Fluent for numerical simulation.
Investigation of NPSH Variation of Suction Pumps during Low and High Ties.
36th International Association for Hydro-Environment Engineering and Research World Congress (2015)
Numerical Investigation of Vortex Formation in Water Intake System of a Pumping Station using Solidworks for modeling and Ansys Fluent for numerical simulations.
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。
Freelancer标志 P.R. China / 中文(简体)
帮助和支持
 威客
分类项目竞赛威客企业人工智能开发会员优选威客计划项目管理本地工作Photo Anywhere 作品展示开发人员API获得认证桌面APP
 关于
关于我们如何运作安全投资方网站地图故事消息团队奖励新闻发布职业
 条款
隐私政策条款和条件版权政策行为准则费用及收费
合伙人
Escrow.comLoadshiftWarrior Forum
 应用程序
苹果APP商城图标Google Play标志
复制到剪切板失败，请修改权限后重试。
复制到剪贴板。
已注册用户 发布工作总数
Freelancer ® is a registered Trademark of Freelancer Technology Pty Limited (ACN 142 189 759)
Copyright © 2025 Freelancer Technology Pty Limited (ACN 142 189 759)
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。