MANCLUB - Thiên đường giải trí trực tuyến số 1 châu Á với casino live, bắn cá đỉnh 
cao và slot game hấp dẫn. Nơi mọi chiến thắng đều trong tầm tay, thanh toán siêu 
tốc, bảo mật tuyệt đối.
Website: https://manclub.credit/
ĐC: Số 95B, Đường Nguyễn Hữu Thọ, Phường Hoàng Liệt, Quận Hoàng Mai, Hà Nội       
SĐT: 0969 952 187     
Email: contact@manclub.credit   
Hastags: #manclub #nhacaimanclub #manclubcredit #casino #nohu #thethao #banca 
#soxo

Job Description:
A fully-funded Ph.D. position is available in the Energy and Propulsion 
Laboratory under the guidance of Dr. Shyam Menon starting in Summer 2025. 
Research at EPL focuses of various aspects of multiphase flows with relevance to 
propulsion and power generation, primarily using experimental approaches. We 
currently have 3 Ph.D. students and a number of undergraduate students engaged in 
various externally funded research projects. The Ph.D. student hired for this 
position will be working on developing experimental capabilities for droplet and 
solid particle interaction with high speed gas flows at elevated temperature and 
pressure conditions, leading to research publications in top-tier journals and 
conferences.
Qualifications:
· A bachelor’s degree in Mechanical or Aerospace Engineering. Preference will be 
given to candidates with a Master’s degree or those with undergraduate research 
experience.
· A strong understanding and interest in fluid dynamics, gas dynamics, and 
multiphase flows.
· Excellent verbal and written communication skills.
· Aptitude and willingness to learn and work in a collaborative environment.
 
Application Instructions:
Interested candidates are invited to send an email titled, “Prospective Ph.D. 
student for Summer 2025” to Dr. Menon at smenon@lsu.edu with the following 
information: (i) CV; (ii) Unofficial transcripts; (iii) A short letter of 
interest describing relevant experience, interest, and fit for the aforementioned 
position.
For more details about the research position, feel free to contact Dr. Menon at 
smenon@lsu.edu

A position for a "Maître de Conférences" (Lecturer) is opening in our UML 
laboratory (https://uml.univ-lille.fr) at the University of Lille.

The profile (attached) labeled "Fluid-Structure Interaction" is aimed at 
numerical modelers of phenomena related to the coupling between fluids and 
solids, but also at modelers of multiphysical phenomena, ranging from soft matter 
to the interaction between biological organisms and fluid environments, including 
the modeling of multiphase and multicomponent systems.

Feel free to share this offer if you know anyone who might be interested. 
Potential candidates can contact me for the research part 
(enrico.calzavarini@univ-lille.fr) and contact T. Kanit (toufik.kanit@univ-
lille.fr) for the teaching part.

The detailed profile is below (see pdf file): 
https://uml.univ-lille.fr/detail-actu/offre-de-poste-de-maitre-de-conferences-
sec-60-cnu

A Postdoctoral Fellow (PDF) Position

The project deals with the design of cooling systems for battery, inverters and 
other power electronics in synchronous machine drives used in electric vehicles 
(EV). The research is part of an ongoing collaboration between the University of 
Windsor and a leading Canadian automotive OEM manufacturer.

The overall objective of the project is to improve the efficiency of EVs through 
innovations for optimal thermal management, maximization of heat transfer 
coefficients, reduction of pump work and operating temperatures, cost and weight 
savings, and ensuring compliance with OEM standards. The designed cooling system 
will ultimately aim to increase the overall efficiency of the batteries and 
extend the life of electronics by ensuring operation at optimal temperatures 
during the various stages of the drive cycle. This will eventually lead to 
increased and safer operational life and driving range for EVs.

The project primarily involves design and optimization using turbulent 
multiphase flow and conjugate heat transfer. A prospective candidate should 
have:

• A Ph.D. in Mechanical, Chemical or Aerospace Engineering with specialization 
in thermo-fluids field.
• Strong understanding of heat transfer and fluid mechanics and good record of 
related research publications in high-impact peer-reviewed journals.
• Experience in conjugate heat transfer and multiphase flow using commercial 
and/or opensource CFD codes (e.g. Star-CCM+, ANSYS Fluent, OpenFOAM).
• Experience with CAD modelling using CATIA, Solidworks, AutoCAD, SpaceClaim, 
etc.
• Experience with modification of CAD models to prepare geometries suitable for 
mesh generation and CFD simulations.
• Experience with designing and conducting experiments related to convective 
heat transfer.

Assets:
• Experience working on industrial projects would be a major asset.
• Experience with the design of cooling systems for automotive applications, 
particularly batteries, inverters and electric motors.

This opportunity is available to Canadian citizens, permanent residents of 
Canada, and international applicants who reside in Canada and have eligibility 
to work in Canada. The compensation is expected to be at the NSERC PDF level and 
is dependent on the level of experience with industrial projects.

Application Procedure:

Candidates should email the following documents to Dr. Ram Balachandar. 
(rambala@uwindsor.ca)

• A cover letter describing their research interests and experience (related to 
the position requirements).
• A detailed curriculum vitae highlighting their educational and professional 
achievements.
• A list of three academic and/or professional references.

The ERC Starting project "FragTuRe" is looking for a talented postdoctoral 
candidate for a three-year position in Johannes Kepler University, Linz, 
Austria. The project aims to explore a novel deterministic approach to 
understanding the physics of turbulent emulsification and to analyze droplet 
fragmentation in turbulent flows through theoretical analysis, experimental 
characterization, and numerical simulation. The postdoctoral researcher will 
play a key role in developing theoretical frameworks and conducting three-
dimensional optical measurements in droplet-laden turbulent flows. We are 
looking for a highly motivated candidate with a PhD degree in the field of fluid 
mechanics (mechanical engineering, chemical engineering) or physics. Candidate 
should have a strong background in theory and analysis of fluid mechanics and 
turbulence preferably in multiphase flows.


Expected start date: May 2025 (or as soon as possible thereafter)


Job Duties:

- Develop the theoretical framework to study turbulent multiphase flows

- Contribute to conducting three-dimensional optical measurements in droplet-
laden turbulent flows 

- Conduct data analysis and interpretation mostly based on experimental and 
numerical data

- Collaborate with other team members and contribute to supervision of PhD 
students in the project

- Disseminate research findings in the form of scientific publications and 
conference presentations


Your Qualifications:

* PhD degree in the field of fluid mechanics (mechanical engineering, chemical 
engineering) or physics

* Strong background in theory and analysis of turbulent flows (preferably in 
multiphase systems)

* Experience with data analysis in fluid mechanics

* Strong programming skills (Python and/or C++)

* Prior experience with measurement techniques in fluid mechanics such as PIV 
method could be a plus

* Strong command of English (level B2/C1). Knowledge of the German language is 
not required for this job


Employment and Salary:

This is a 3-year position with full-time employment (40 hours/week), and the 
minimum salary in accordance with the collective agreement is € 4,932.90 gross 
per month (14 x per year, CA Job Grade: B1)


Please apply only through the online system:

https://karriere.jku.at/hcm/jobexchange/showJobOfferDetail.do?
jobOfferId=8a7ec038946b4e0801946e256c677e4b&j=&organizationUnitId=


Application Deadline:
19/02/2025



Contact:
If you have questions, please contact: Priv.-Doz. Dr. Mahdi Saeedipour, E-mail: 
mahdi.saeedipour@jku.at.

RAJALAKSHMI ENGINEERING COLLEGE-Department of Aeronautical Engineering

The Department of Aeronautical Engineering at the Rajalakshmi Engineering 
College (Recognized Research Centre of Anna University) seeks exceptional PhD 
candidates for research in computational fluid dynamics, High Speed Jets and 
Aeroacoustics at the Centre of Excellence in High-Speed Jet Flows (CEHSJF)

Available Positions in the Following Research Areas:
* High-Speed Jet Flows
* Aeroacoustics
* Computational Fluid Dynamics & Aerodynamics

Qualifications:
* MS/ME/MTECH in Engineering (Mechanical, Aerospace, Aeronautical, Automobile) 
or related fields (Applied Mathematics, Physics) (Full- Time)
* Working Professionals in Industry (Part- Time)
* Good academic record
* Interest and experience with programming
* Good written and verbal communication skills

Preferred Skills (Any of the Following): 
* Experience with Computational Fluid Dynamics (CFD)
* Knowledge of numerical methods and high-performance computing
* Background in one of the above research fields
* Previous research or relevant project experience.
* Ability to work independently and as part of a team.

The PhD Candidates Will Be Provided With:
* Competitive stipend (Full-Time Candidates)
* Access to state-of-the-art computing facilities
* Collaborative opportunities with national laboratories
* Training in advanced computational methods

Start Date:
March 2025 (Earlier start dates are also available)

How to Apply:
Please submit the following documents to surendrabogadi@rajalakshmi.edu.in with 
the subject line "PhD- Application-2025". 

Interested candidates should submit the following documents:
A detailed CV.
Statement of research interests and experience. (If Any)
Academic transcripts. (If Any)
Contact information for at least two academic or professional references.

PhD Positions in Computational Fluid Dynamics and Multiphysics Simulation

FAMU-FSU Joint College of Engineering - Department of Mechanical Engineering

Job Opportunity: Junior Research Fellow (JRF) at IIT Patna


Title of the Project: Development of a two way Fluid Structure Interaction 
Coupling tool with application to AMCA Internal Weapon Bay (IWB) cavity 
acoustics with full aircraft model
About the Project: The project aims to develop an interface, leveraging either 
in-house developed or open-source libraries, to facilitate the transfer of load 
and displacement data between two commercial fluid and structural solvers. This 
methodology will be employed to address aeroelastic and aeroacoustic challenges 
involving fluid-structure interactions. The ultimate goal is to simulate the 
Internal Weapon Bay (IWB) cavity acoustics of the Advanced Medium Combat 
Aircraft (AMCA) using a full aircraft model.


Applications are invited in the prescribed format only for the following 
assignment in a purely time bound research project undertaken in this institute.



1. (a) Name of the temporary assignment : Junior Research Fellow (JRF) 

 (b) Number of Post : 01 (One)

 

 (c) Duration of the Post : 1 year initially followed by extension subject to 

 satisfactory performance 

 

2. Name of the temporary research project : Development of a two way Fluid 
Structure Interaction Coupling tool with application to AMCA Internal Weapon Bay 
(IWB) cavity acoustics with full aircraft model



3. Name of the sponsoring Agency : Aeronautics Research & Development Board 
(ARDB)

 

4. Consolidated Fellowship/Salary : 37000 + HRA (as per GoI rules) for the first 
two 

 years 

 

5. Minimum Eligibility for Qualifications & Experience : 
a) For candidates with M.Tech./ME/MS as qualifying degree in an 
Engineering/Technology in Mechanical, Aerospace, Computer Science and 
Engineering, Mechatronics, or, related branches with a minimum CPI of 6.5 or, 
60% of marks, and GATE/NET qualification.
b) For candidates with Master’s degree in science in a relevant area with a 
minimum CPI of 7.5 or, 70% of marks, and GATE/NET qualification.
c) For candidates with B. Tech./BE as a qualifying degree in 
Engineering/Technology in Mechanical, Aerospace, Computer Science and 
Engineering, Mechatronics or, relevant and equivalent branches, 70% marks or 7.5 
CPI in B.Tech/BE from institutes other than IITs/IISc with valid GATE score and 
8.0 CPI in B.Tech./BE from IITs and IISc. 
d) The age should not exceed 28 years for a candidate with BE/B.Tech/M.Sc. 
degree as the highest qualification and 32 years for a candidate with 
ME/M.Tech/MS degree as the highest qualification.
e) Relaxations for SC/ST/OBC/women/PD will be given as per the GOI norms. 
Candidates with relevant work and/or prior research experience in the fields of 
aerospace, code development, having good applied knowledge of programming 
languages like C/C++ are encouraged to apply. 
 

6. Description of the OFFLINE MODE of the selection process:

Application procedure:

1. Candidates interested in this position and satisfying the qualification 
criteria with experience in the relevant field of research should write an email 
to the project investigators Dr. Ashwani Assam and Dr Sunil Kumar Singh, 
Department of Mechanical Engineering, IIT Patna (Email IDs: aashwani@iitp.ac.in 
, ashwaniassam@gmail.com and sunils@iitp.ac.in). 

2. The subject of the email should read as “JRF Position DSI-1189”. The last 
date for receiving this email is 31st January 2025. 

3. The email MUST include the scanned/pdf copy of the duly filled application 
form (see attached Word document) with the applicant’s signature. 

4. The email MUST include self-attested scanned pdf copy of all supporting 
documents (degree certificates, mark-sheets, GATE scorecard (if any), and 
category certificate, if applicable). 

5. Copy of all (if any) Scopus-indexed journal papers should be attached with 
the email. 

6. The application should additionally include a 500-word statement of purpose 
(SOP). This document should elaborate on your interest in the broad area of this 
project and any relevant prior experience/skills which would help you in solving 
the assigned research problem. 

7. The application should also include a brief Academic CV not exceeding two 
pages. 

 

Note: This project is specialized, time-bound, and target orientated. The 
qualification and experience given above in this advertisement are at the 
minimum requirement level and do not guarantee an interview call if other 
candidates with higher qualifications and/or experience desirable and 
commensurate with project objectives are available. Further, IIT Patna reserves 
the right to not shortlist any candidate in case the application email does not 
contain complete information backed up by supporting documents as listed above. 
All candidates who apply via email by 31st January 2025 (deadline) and are 
shortlisted will be informed regarding the further details by 3rd February 2025. 
The date of online interview will be announced and informed to the shortlisted 
candidates in due course of time. 





#Fluid-Structure Interaction, #Aeroelasticity, #Aeroacoustics, #AMCA, #Aerospace 
Engineering, #Mechanical Engineering, #Code Development, #C/C++ Programming, 
#Research Fellowship, #JRF Position.



For more information, visit https://www.iitp.ac.in/?
view=article&id=2435:advertisement-no-r-d-1189-dsi-443-dated-14-01-2025-for-the-
post-of-junior-research-fellow&catid=18

Fully Funded CSC Scholarship
"MS and PhD Student Positions in Research Area of Respiratory
Multi-Phase Flow"
The Lab of respiratory multiphase flows has open positions for Masters and PhD 
students for Fall 2025 to conduct research in the research area of respiratory 
multiphase flows. Research projects will involve mucus clearance, 
interdisciplinary investigations of various transport phenomena and deposition 
characteristics of aerosol considering human breathing.
 Requirements:
Applicants with bachelor's and master's in Mechanics, Applied mathematics, 
biomedical engineering, Civil Engineering, and other relevant disciplines with a 
background in programming particularly in LBM (lattice Boltzmann method)are 
encouraged to apply. The candidates should have strong motivations to pursue 
scientific research,  good personal quality and work very hard. For PhD student 
publication is mandatory. The group have very good academics lab of respiratory 
multiphase flows.
 Application Process:
It will assist the candidate to apply for a CSC Scholarship. Please email a 
single PDF file containing a detailed CV and contact information for two 
references to "tufailasma884@gmail.com". Please title your email as “PhD 
applicant Fall 2025” in the Subject line of the email. Start date: 20 January 
2025

Fully Funded CSC Scholarship
"MS and PhD Student Positions in Research Area of Respiratory
Multi-Phase Flow"
The Lab of respiratory multiphase flows has open positions for Masters and PhD 
students for Fall 2025 to conduct research in the research area of respiratory 
multiphase flows. Research projects will involve mucus clearance, 
interdisciplinary investigations of various transport phenomena and deposition 
characteristics of aerosol considering human breathing.
 Requirements:
Applicants with bachelor's and master's in Mechanics, Applied mathematics, 
biomedical engineering, Civil Engineering, and other relevant disciplines with a 
background in programming and CFD are encouraged to apply. The candidates should 
have strong motivations to pursue scientific research。 good personal quality 
and work very hard. The group have very good academics lab of respiratory 
multiphase flows.
 Application Process:
It will assist the candidate to apply for a CSC Scholarship. Please email a 
single PDF file containing a detailed CV and contact information for two 
references to "tufailasma884@gmail.com". Please title your email as “PhD 
applicant Fall 2025” in the Subject line of the email. Start date: 20 January 
2025