Full Project Detail:
Low carbon solutions for power generation are, of course, of significant 
interest in today’s world. Legislative targets such as net zero by 2050 in the 
UK have required further developments of novel concepts across many sectors. 
For example, in aviation where combustion technologies feature almost 
exclusively, alternative fuels and new concepts must be further developed and 
understood to continue to play a role in low carbon transportation. Lean-burn 
technologies have been developed in recent decades but may suffer with flame 
stability.

Trapped Vortex Combustors (TVCs) use a cavity to ‘trap’ or ‘lock’ in a large 
rotating vortex in a stable manner thus maintaining flame stability. This PhD 
research project aims to explore the aerodynamics of trapped vortex combustors 
and analysis of flow stability and dynamic behaviour of hydrogen fuelled 
combustors, in particular compressibility and auto-ignition effects under high 
axial and radial accelerations. The project will work alongside a partner 
project at Delft University of Technology (TU Delft) and Sandia National 
Laboratory and make use of detailed Direct Numerical Simulation (DNS) dataset. 
Large Eddy Simulation (LES) will be carried out to gain further insights into 
the flame dynamics. The project includes funding to support visits to partner 
institutions and conference attendance.

Entry requirements:
Applicants should have, or expect to achieve, at least a 2:1 Honours degree (or 
equivalent) in Automotive or Mechanical Engineering or a related subject. A 
relevant Master’s degree and/or experience in experimental fluid mechanics 
and/or computational fluid mechanics methods will be an advantage.

Funding information:
The studentship is for 3 years and provides a tax-free stipend of £15609 per 
annum (including top-up) for the duration of the studentship plus tuition fees 
at the UK/EU. International students may apply, however, the total value of the 
studentship will cover the international tuition fee only. 

Online applications should be made directly at the link below, reference number 
AAE AAE-DB-2108:
https://www.lboro.ac.uk/study/postgraduate/apply/research-applications/

The project is expected to start in January 2022. Informal inquires can be sent 
to Dr D. Butcher <D.S.A.Butcher@lboro.ac.uk> or 
Dr H. Xia <h.xia@lboro.ac.uk>.

About the University & Department:
https://www.lboro.ac.uk/
https://www.lboro.ac.uk/departments/aae/

Project: "Development and Experimental Validation of Parallelized Hybrid SPH-PD
Particle Method for Fluid-Solid Interaction Solutions of Hydroelasticity Problems"

Funding: The Scientific and Technological Research Council of Turkey (TUBITAK)
Duration: 3 years

Job Description:
Two PhD Studentships in coupled numerical modeling of Fluid-Structure interaction
problems with Smoothed Particle Hydrodynamics (SPH) and Peridynamics (PD) methods
(Updated, 15.10.2021)

The main focus of our proposed project is to utilize the advantages of SPH and
PD methods in the modeling of large deformations and discontinuities in both
solid and fluid domains, including crack propagation and failure of the solid
material. We aim to develop a successful model for the simulation of various 2D
and 3D hydroelasticity problems, which investigates the behavior of elastic
solid structures under hydrodynamic forces.

In this regard, suggested studies of the applicant include
- Contribution on the development of a GPU parallelized (CUDA) multi-physics
computer code using SPH and PD methods based on our research group's existing
in-house C++ and Fortran and CUDA C++ computer codes of SPH and PD,
- Formulating novel algorithms for emerging incompressible SPH approaches (PhD
student 1)
- Develop new algorithms and approaches for the fast-growing Peridynamics method
and possibly collaborate on the state-of-the-art research in materials science
conducted in Sabanci University Integrated Manufacturing Technologies Research
and Application Center (PhD student 2)
- Development of efficient and precise coupling strategies, and linking boundary
treatments between PD and SPH particle approaches,
- Taking part in the experimental hydroelasticity investigations.

Requirements:
- Master's degree or equivalent in fluid (PhD student 1) and solid (PhD student
2) mechanics related disciplines
- Proficiency in coding. Familiarity with Fortran and/or C++, and preferably
with CUDA programming languages
- Fluent command of written and spoken English

Applicants should provide:
- A cover letter in pdf format explaining their motivation and indicating the relevancy of
their past/recent studies to the topic
- CV in pdf format
- Recommendation letters from two academic referees with contact info

Application Schedule:
-Applicants will be notified regarding the result of an initial evaluation in 26.11.2021.
-PhD studies due to start in spring semester of 2021-2022 adademic year of Sabanci University.

Contact:
Dr. Deniz Can Kolukisa denizcan.kolukisa@sabanciuniv.edu
Prof. Dr. Mehmet Yildiz mehmet.yildiz@sabanciuniv.edu

Lab technician / Staff Scientist

Evaluation of industrial lactic acid production strains

in Vienna / Austria for 40 hours a week


That’s the project

Syconium Lactic Acid GmbH developed yeast strains for polymer grade lactic acid production at low pH. Production of lactic acid at low pH is advantageous, because it eases the purification of the acid which increases the economic potential of this microbial chemical production process. Therefore, the lower the pH can get, the cheaper the chemical will be. However, high lactic acid concentration at low pH is detrimental to the cell factories and decreases productivity. 
This project will analyse the potential of the Syconium strains under a number of industrially relevant conditions and set the base for industrial exploitation. Batch cultures of the strains in shake flask and bioreactor will allow to model productivity of the strains under the chosen conditions - with the final aim of upscaling the process.

That's what we offer

You have numerous possibilities for further education and personal development. You expand your expertise and experience a collegial work culture full of enthusiasm for your job, real flexibility and friendliness. Besides that, the mandatory lunch break is paid and we offer very generous flexitime.

That’s important to us

In the best way you have completed a Master degree (or equivalent) in biotechnology, biochemistry, applied microbiology or a similar study. Research experiences in the following areas would be desirable:
- Practical experience in liquid culturing of microbial strains in shake flasks and bioreactors
- Practical experience in analytical methods, in particular HPLC analyses
- Excellent skills in spoken and written English, an organized approach with strong attention to detail and good communication skills with ability to work well in teams.

That’s what you should know

Research will take place in the Institute of Microbiology & Microbial Biotechnology at the Department of Biotechnology of the University of Natural Resources and Life Sciences, Vienna (BOKU) https://boku.ac.at/dbt/immb/research-groups/

- The annual gross salary is set between EUR 28,000 and EUR 37,000 depending on your qualification
- This corresponds to a monthly net amount of between EUR 1,530 and EUR 1,850 (paid 14 times a year).
- Start: as soon as possible - duration for 6 months

Scientific Contact:
Assoc. Prof. Michael Sauer – michael.sauer@boku.ac.at
Prof. Diethard Mattanovich – diethard.mattanovich@boku.ac.at 

Find out more about why acib is the right choice for you: www.acib.at/career
________________________________________

And now it’s your turn! Give us an idea of who you are.

Apply here: https://mycareer.acib.at  I  Ref.no: 13_2021
Application deadline: 15th of December 2021 (or until the position has been filled)
Of course, we welcome applicants of all sexes (m/w/x), backgrounds and ages.

Job description
Are you fascinated by the effect of turbulence on wind energy production? Are you highly motivated to do 
a PhD in a dynamic research environment? We are looking for a PhD student to study flow dynamics in 
wind farms using state-of-the-art computer simulations!

Advancements in wind turbine technology have resulted in growing use of wind energy to reduce carbon 
emissions. Modern wind turbines and wind farms are becoming so large that their performance is affected 
by atmospheric turbulence flow phenomena that are not yet well explored. In this PhD project, you will 
develop novel large-eddy simulation techniques to study how atmospheric turbulence and wind-wave 
interactions affect the power production and structural loading experienced by wind turbines in an 
offshore environment.

Location
Work is carried out in the Physics of Fluids group at the University of Twente in the Netherlands. We study 
various fluid mechanical problems using experiments, simulations, and theoretical methods. The group is 
embedded in the Max Planck Center for Complex Fluid Dynamics, and the J.M. Burgerscentrum for Fluid 
Mechanics. For further information, you are encouraged to visit us at 
https://stevensrjam.github.io/Website/ and  http://pof.tnw.utwente.nl, where you can read more on our 
research.

Profile
We seek highly motivated early-career researchers with an excellent background in fluid dynamics, 
mechanical engineering, computational physics, applied physics, or closely related areas! Programming 
experience (Fortran, C/C++, MATLAB, Python) is a plus.  Must enjoy working in an internationally oriented 
environment and contributing to the research of team-members. We welcome strong interpersonal skills 
and interest in sharing knowledge at conferences and meetings. Proficiency in English is required, both 
spoken and written.

Our offer
This position plays a key role in the wind farm project and is embedded in a dynamic research group with 
colleagues working on similar topics.
•	Full-time 4-year PhD position.
•	Full status as an employee, including pension and health care benefits. Salary and conditions are in 
accordance with the collective labor agreement for Dutch universities.
•	We provide a stimulating, modern research environment with world-class research facilities, including 
access to top supercomputers.
•	A personal development program within the Twente Graduate School, combined with excellent 
mentorship
•	Gross monthly salary of € 2.395 in the first year, increasing each year up to € 3.061 in the fourth year.
•	A holiday allowance of 8% of the gross annual salary and a year-end bonus of 8.3%
•	Between 29 and 41 leave days in case of full-time employment.
•	The university is situated on a green campus with facilities for sports and other activities.
•	Researchers from outside the Netherlands may qualify for a tax-free allowance equal to 30% of their 
taxable salary (the 30% tax regulation).

Information and application
Please submit your application to Richard Stevens (r.j.a.m.stevens@utwente.nl), including:
•	A cover letter outlining your specific interest, qualifications and motivation to apply for this position.
•	A detailed CV.
•	Transcripts from your Bachelor and Master degrees.
•	Contact information of two scientific staff members (one should be the supervisor of your MSc thesis 
project) who are willing to provide a recommendation letter at our request.
•	An interview and a scientific presentation will be part of the selection procedure.

We are an equal opportunity employer and value diversity at our university. We do not discriminate on the 
basis of race, religion, color, national origin, gender, sexual orientation, age, marital status, veteran status, 
or disability status. We will ensure that individuals with disabilities are provided reasonable 
accommodation to participate in the job application or interview process, to perform essential job 
functions, and to receive other benefits and privileges of employment. Please contact us to request 
accommodation.

Job description
Are you fascinated by the effect of turbulence on wind energy production? Are you highly motivated to do 
a PhD in a dynamic research environment? We are looking for a PhD student to study flow dynamics in 
wind farms using state-of-the-art computer simulations!
 
Advancements in wind turbine technology have resulted in growing use of wind energy to reduce carbon 
emissions. Modern wind turbines and wind farms are becoming so large that their performance is affected 
by atmospheric turbulence flow phenomena that are not yet well explored. In this PhD project, you will 
develop novel computational fluid dynamics techniques to investigate the interaction between different 
wind farm clusters, as is for example planned in the North Sea region, and the interaction with large-scale 
weather phenomena.

Location
Work is carried out  in the Physics of Fluids group at the University of Twente in the Netherlands. We study 
various fluid mechanical problems using experiments, simulations, and theoretical methods. The group is 
embedded in the Max Planck Center for Complex Fluid Dynamics, and the J.M. Burgerscentrum for Fluid 
Mechanics. For further information, you are encouraged to visit us at 
https://stevensrjam.github.io/Website/ and  http://pof.tnw.utwente.nl, where you can read more on our 
research.

Profile
We seek highly motivated early-career researchers with an excellent background in fluid dynamics, 
mechanical engineering, computational physics, applied physics, mathematics, geophysics, or closely 
related areas! Programming experience (Fortran, C/C++, MATLAB, Python) is a plus. Must enjoy working in 
an internationally oriented environment and contributing to the research of team-members. We welcome 
strong interpersonal skills and interest in sharing knowledge at conferences and meetings. Proficiency in 
English is required, both spoken and written.

Our offer
This position plays a key role in this ambitious project and you will be embedded in a dynamic research 
group with colleagues working on similar topics.
•	Full-time 4-year PhD position.
•	Full status as an employee, including pension and health care benefits. Salary and conditions are in 
accordance with the collective labor agreement for Dutch universities.
•	We provide a stimulating, modern research environment with world-class research facilities, including 
access to top supercomputers.
•	A personal development program within the Twente Graduate School, combined with excellent 
mentorship
•	Gross monthly salary of € 2.395 in the first year, increasing each year up to € 3.061 in the fourth year.
•	A holiday allowance of 8% of the gross annual salary and a year-end bonus of 8.3%
•	Between 29 and 41 leave days in case of full-time employment.
•	Researchers from outside the Netherlands may qualify for a tax-free allowance equal to 30% of their 
taxable salary (the 30% tax regulation).
•	The research will result in a PhD thesis at the end of the employment period.

Information and application
Please submit your application to Richard Stevens (r.j.a.m.stevens@utwente.nl) by September 15, 
including:
•	A cover letter outlining your specific interest, qualifications and motivation to apply for this position.
•	A detailed CV.
•	Transcripts from your Bachelor and Master degrees.
•	Contact information of two scientific staff members (one should be the supervisor of your MSc thesis 
project) who are willing to provide a recommendation letter at our request.
•	An interview and a scientific presentation will be part of the selection procedure.

We are an equal opportunity employer and value diversity at our university. We do not discriminate on the 
basis of race, religion, color, national origin, gender, sexual orientation, age, marital status, veteran status, 
or disability status. We will ensure that individuals with disabilities are provided reasonable 
accommodation to participate in the job application or interview process, to perform essential job 
functions, and to receive other benefits and privileges of employment. Please contact us to request 
accommodation.

The Computational Fluid & Structural Mechanics group (CFSMgroup) at the University 
of Calgary has an open fully-funded Ph.D. position in Numerical Modeling of 
Hypersonic Flows in Thermochemical Nonequilibrium. The role of the Ph.D. student 
will be to develop the numerical framework to model hypersonic flows in 
thermochemical nonequilibrium. More specifically, the student will work with the 
in-house code to implement the three-temperature equation model. Student will be 
working with the experimental data obtained at NASA Langley as well as to perform 
detailed validation using set of benchmark problems. During the degree the student 
might also work closely with the researchers from NASA and other academic 
institutions.

The potential candidates should have a strong background in numerical methods, 
compressible flows, programming (Fortran, C, C++), finite elements/finite volumes, 
computational fluid dynamics (CFD). The candidate should be familiar with mesh 
generation tools (Gmsh, ANSA, or other) and parallel computing (MPI, CUDA).

CFSMgroup is a part of the University of Calgary Aerospace Network (UCAN) which 
involved collaboration with national and international academic institutions, 
industrial partners and governmental agencies, including NASA, Canadian Space 
Agency (CSA), Defence Research and Development Canada (DRDC), US Air Force Office 
of Scientific Research (AFOSR), Lockheed Martin, Peraton, and more. Research 
projects are also sponsored by various Canadian small- and medium-sized 
enterprises (SMEs) and startups in aerospace, which is a potential employment 
opportunity after the degree.

Position is available for September 2022. Please send your up-to-date CV, 
unofficial transcripts, and a two-page cover letter to Dr. Artem Korobenko 
(artem.korobenko@ucalgary.ca). In your cover letter, please include projects you 
worked on and a one-page proposal for the potential research topic (in the area of 
hypersonic nonequilibrium flows) that you would like to work on during your 
program at the University of Calgary.

Due to the nature of the project, the position is only available to students from 
USA, Canada, Australia, Japan, UK and EU countries.

Computational Fluid and Structural Mechanics group: https://www.cfsmgroup.com/

High-Speed Aerodynamics and Energy Research group: 
http://www.ucalgary.ca/johansen/

I would like to recruit competent postdocs in the CFD field.
Please send me C.V. to my email.

Research Fields Priority (using in-house code)
1. LES of wind energy
2. Fundamental turbulence research (DNS, LES)
3. Multi-phase flow simulation

Requirements.
1. Within 5 years after obtaining Ph.D. degree.
2. More than 3 SCI journal papers in the last three years.

Working conditions.
1. Yearly salary: 39,600,000 Korean won before tax (around 36500$).
2. 2 years contract. (Reevaluation after 1 year)
3. Recruited as a research professor in SeoulTech.
4. Working start date is adjustable.

PhD Student/Post-doc Positions on Complex Fluids with Highly Concentrated 
Particle Suspensions for Lithium-Ion Battery Processes

Institute: Rheology and Materials Processing Lab., School of Mechanical and 
Aerospace Engineering, Gyeongsang National University, KOREA

Location: Jinju, KOREA

Contact: 
Prof. Wook Ryol Hwang (E-mail: wrhwang@gnu.ac.kr; URL: http://rmp.gnu.ac.kr),
Dr. Hye Jin Ahn (E-mail: ahnhyejin@gnu.ac.kr) 


Description: 
  Rheology and Materials Processing Lab. invites the application for Ph.D 
students and/or Post-docs on modeling and analyses for lithium-ion slurry 
processing with highly concentrated particle suspensions. We can hire two PhD 
students and a Post-doc. The objectives are: (i) Numerical simulations, 
experiments and theoretical development of both microstructural and bulk 
behavior of near dry slurrie; (ii) Slip modeling and characterization of dry 
slurries in industrial flows. The first subject is aimed to develop a proper 
constitutive equation for near dry slurries; and (iii) Development of FEM 
toolbox for mixing analyses with complex mixers (e.g. planetary mixers with 
high speed disper) of complex fluids. Numerical and experimental tools are DEM 
(discrete element method) and rheometry, respectively. The second subject is 
closely related with the first one but is considered independent subject, 
exploring the slip phenomena of highly concentrated (near dry) slurries on both 
the stationary and rotating walls. The third subject is composed of development 
of flow solvers, mapping method and mixing quantification. We will try both 
commercial solvers (e.g. COMSOL and Fluent) and in-house code (FEM-Fictituous 
domain based solver) as flow solvers.

  Applicants should have M.S. degree in Mechanical Engineering, Applied 
Mathematics, Physics, Chemical Engineering, or related fields. For the first 
and third subjects, computer programming experience with FEM, FVM, DEM or 
similar are highly recommended; for the second subject, strong theoretical 
background on rheology or plasticity are highly recommended. It is also 
possible to invite graduates from university as M.S. student, only if he/she 
wishes to continue to pursue Ph.D degree with our group via the combined MS/PhD 
program.

Financial support: The salary will be determined later exactly. But baseline 
salaries for students and Post-doc are as follows:

Post-doc: 30,000,000 KRW per year and 2,400,000 KRW for relocation/traveling, 
including income tex and social insurance.

Student: 1,600,000 KRW per month for a PhD student, and 1,400,000 KRW per month 
during the master period of the Combined M.S./PhD program.

Requirement for English for students: TOEFL(PBT 530, CBT 197, iBT 71), IELTS 
5.5, CEFR B2, TEPS 600(New TEPS 327) or higher results or an equivalent 
national-level English language certificate (English requirement is not 
necessary for Post-docs.)

※ Note : English language requirement is waived for an applicant from the 
following country where English is used as the native or an official language: 
New Zealand, Singapore, India, Philippines, Australia, United States of 
America, Jamaica, United Kingdom, Ireland, Canada, etc.

Period of Applications: Oct. 12nd to Oct. 19th, 2021.

The Lab of aerosol transport in the biological and environmental fluids 
(http://ae.hust.edu.cn/info/1110/1625.htm) will take in a postdoctoral researcher 
in the field of biological and environmental fluids; particularly, in the 
field of turbulence; DNS; LES; LBM; VOF; multi-phase flows. The postdoc will work 
in the field of respiratory multi-phase flows or related subject.

The salary will be 190,000 CNY per year and 1,000 CNY per month+house 
allowance+bonus depending on the achievements.

Simulation Engineer for Marketing and Sales (f/m/x)

DCS Computing is a high-tech company based in Linz and Vienna / Austria. Particle processes such as production, transport and storage of pharmaceutical powder, sugar, crops, coal and ore, sand, chemicals and many more represent a huge share of the world’s energy consumption and greenhouse gas emissions. We develop cutting-edge CAE (Computer Aided Engineering) software to model and predict processing and flow of such particles. 
We distribute our software products and services on the global market. Some of the world’s largest companies from a variety of industries as well as leading research institutes and universities are using our software. We act as enablers for our customers and help them to innovate faster, support their sustainable growth, increasing throughput and efficiency of their processes while energy and carbon footprints are decreased. We also closely collaborate with leading academics worldwide.	

To strengthen our team in Linz, we are looking for a person that has a background as a Simulation Engineer who wants to develop towards Marketing & Sales 
Full-time or part-time (from 30 hours), immediate start

Your responsibilities:
•	Identify target groups for our products and create interesting showcases for our technology, using DEM and CFD-DEM technology. 
•	Maintain a central database of sales & marketing material for our simulation technology using the FAIR principle
•	Develop and shape the way how DCS Computing, its products, services and visions are communicated via website and social media
•	Update the content of our website and manage the appearance of DCS Computing on social media
•	Conceptualize and run targeted marketing campaigns, gather feedback and interact with potential clients

You bring:
•	Numerical Modelling: you are holding a degree in fluid mechanics, material science, process engineering, chemical engineering, particle technology or similar and have interest and experience in modelling physics and flow processes with Computational Fluid Dynamics (CFD) or Discrete Element Method (DEM). 
•	Interest in business development and personal development: You have either a track-record or formal experience in business development or show strong interest to develop yourself into such a role 
•	Customer orientation & communication: you work hard to achieve the best result for the customer, and you communicate lean and efficiently. 
•	Focus: you have a goal-oriented and well-organized personality.
•	Enthusiasm: you bring a broad range of interests, and the capability to learn rapidly.

We offer:
•	Team: you will join a small and flexible, young, international and motivated team at DCS 
•	Development: you will be offered the possibility for personal development
•	Impact/internationality: you will work with global Blue Chip companies which are market leaders in major industries (chemical, pharma, process, minerals/ mining, plastics, agricultural…).
•	Purpose: you will use cutting-edge simulation tools for and interact with our international base of customers and partners who are using our technology for more efficiency, better products and greener processes. 
•	Salary: minimum salary of €3700 –can be higher depending on your skills and work experience (14 times a year).

Please send your application (1 page CV and 1 page motivation letter, any other formats will be discarded) to:  Dr. Christoph Kloss, Dr. Christoph Goniva, recruiting@dcs-computing.com 	

Please also highlight why this specific combination of simulation engineering and systematic marketing & sales activities is the right job for you.

PS: For insight into what our simulation software can do, visit http://www.dcs-computing.com/