Fluiddynamics

(2010)

I cannot remember clearly how did I come to fluiddynamics. Of course it is one of the four key subjects of thermophysics - my major course of early days at university. My two key foci were CFD and nano fluidics or nano fluid dynamics.

 

  • Fluiddynamics.doc
  • Fluiddynamics1.doc
  • FluiddynamicsComputationalIntro.doc
  • Micro/ cell and mesoscopic fluiddynamics, in particular nano fluiddynamics, see
    • About_NanoFluidics.doc
    • Draft_NanoFluids.doc
    • Nano.doc
    • NanoFluidicsBooks.doc
    • NanoFluidicsIntro.doc
    • NanoFluidicsIntroZ.doc
    • NanoFluidicsResearchers.doc
    • NanoFluidicsResearchersZ.doc
    • NanoFluidicsResources.doc
    • NanoFluidicsResourcesZ.doc
    • NanoFluidicsTerms.doc
    • NanoFluidicsTransport.doc
    • NanoFluidicsTransportZ.doc
    • NanoZ.doc
    • Research_NanoFluids.doc
  • CFD  - computational fluid dynamics
    • About_CFD0.doc
    • About_CFD1.doc
    • CFD.docx
    • Draft_CFD.doc
    • Research_CFD.doc
    • Research_CFD_UniLausanne.doc
  • Yachts
    • CouplingAeroandHydrodynamicsSimulation.doc
    • Hydrodynamic Modeling of Sailing Yachts_GOOD.doc
    • HydrodynamicModelingSailingYachts.doc
    • Yachts.doc
    • YachtsZZZ.doc
 

Here below are shown a fraction (1/5 to 1/50 depending on which branch is related) of papers and books survived, that I have perused before.


Additional Explanations for CFD Researches & Designs.doc
FluidNeoFluidsServices.doc
Fluiddynamics.doc

 

<DIR> cn

流体力学.pdf
流体力学下册-朗道.pdf
第一章绪论X.pdf
第七章粘性运动.pdf
第三章运动学X.pdf
第二章静力学x.pdf
第五章势流.pdf
第四章动力学X.pdf
计算流体力学基础(苏铭德 清华大学).pdf
计算流体力学的理论、方法及应用.pdf
计算流体力学讲义.pdf
计算流体动力学分析-CFD软件原理与应用.pdf


<DIR> de


BrückerZZZ Str?mungsmechanik II_Skript_2007 p178.pdf
Fluiddynamik für das Masterstudium.pdf
Fluiddynamik von Gas-Fl?ussigkeits-Gemischen.pdf
NovikovFluiddynamik.pdf
Numerische Methoden.pdf
StroblZZZ Mikro- und Nanofluidik auf piezoelektrischen Substraten p157.pdf
stroemungslehre3.pdf
Stromungslehre-skript.pdf
TheorStromungslehre_Wieghardt_book.pdf


<DIR> EN

000Fluid Dynamics Physical ideas_good.pdf
000fluid_mech_module_good.pdf
000Fundamentals of Compressible Fluid_Good.pdf
000Fundamentals of Compressible_Good.pdf
000INTERMEDIATE FLUID MECHANICS_Good.pdf
000Lagrangian Fluid Dynamics3_Good.pdf
000luidLecture_Good.pdf
000Unsolved Problems in Fluid Mechanics_Good.pdf
ADVANCED FLUID MECHANICSX.pdf
AppliedFluidMechanicsX.pdf
BarMeirZZZ Basics of Fluid Mechanics 2010 p292.pdf
Compressible_Flow_Course_1X.pdf
Comp_Fluid_DynamicsX.pdf
Fluid mechanicistX.pdf
Fluid Mechanics from the BeginningX.pdf
FLUID MECHANICS lecture_notes_03X.pdf
Fluid Mechanics Stokes Law and ViscosityX.pdf
Fluid Mechanics3X.pdf
Fluid mechanicsX.pdf
FluidMechanics2X.pdf
FluidMechanics5X.pdf
FluidMechanicsX.pdf
FluidMechSlidesX.pdf
fluid_mechanicsX.pdf
Fluid_Mechanics_II_PDFX.pdf
Introduction to Computational Fluiddynamics_good.pdf
Introduction to Engineering Fluid MechanicsX.pdf
Introduction to Fluid Mechanics6X.pdf
Jeff Direct numerical simulation of turbulent chemically reacting flows p119.pdf
KreithZZZ Fluid Mechanics p209.pdf
lagrangian fluid dynamicsX.pdf
Lantos Advanced Numerical Methods for Option Pricing p126.pdf
Lomax Fundamentals of Computational Fluid Dynamics p275.pdf
Mathematical and Geophysical Fluid DynamicsX.pdf
Mathematical Fluid DynamicsX.pdf
McDonough COMPUTATIONAL FLUID DYNAMICS of INCOMPRESSIBLE FLOW p155.pdf
Methods for Numerical Flow Simulation.pdf
Modular Bases for Fluid DynamicsX.pdf
Moser Direct Numerical Simulation of Curved Turbulent Channel Flow p170.pdf
Non-Newtonian Fluid Mechanics Using Molecular TheoryX.pdf
Patankar-NHTFF-1980 p205.pdf
Rojas, An Introduction to Computational Fluid Dynamics p133.pdf
SANTOS Numerical methods for fluid-structure interaction problems with valves p204.pdf
SG2214 Fluid Mechanics_GoodX.pdf
Wei Direct Numerical Simulation p215.pdf
Wesseling ELEMENTS OF Computational fluid dynamics p147.pdf
xComputational Fluid Dynamics (CFD).pdf
xComputational Fluid Dynamics with OpenFOAM_Good.pdf
xComputational Fluid Dynamics_Good.pdf
xLattice-Boltzmann_Good.pdf


<DIR> fr

000luid_mechanics_goodX.pdf
000MECANIQUE DES FLUIDES APPROFONDIE.pdf
000Mecanique des fluides geophysiques VERSION PRELIMINAIRE.pdf
000Mecanique des Fluides66.pdf
000Mecanique des Fluides8.pdf
000Mécanique des fluides 1ère partie.ppt
000Mécanique des fluides appliquée.pdf
000Mécanique des fluides géophysiques.pdf
000Mécanique des fluides.pdf
000Mécanique des fluides3.pdf
000Mécanique des Fluides8.pdf
Analyse mathematique et numerique de la dynamique des fluides compressibles.pdf
DYNAMIQUE DES FLUIDES PARFAITS.pdf
Mecanique des Fluides parfaitsX.pdf
Mecanique des fluides Statique et cinematiqueX.pdf
Methodes numeriques pour la dynamique des fluides.pdf
Mécanique des fluides polycop_physX.pdf
rey_mechanique fluide turbines et compresseurs p79.pdf
xInitiation a la Simulation Numerique en Mecanique des Fluides a l'Aide de CASTEM2000.pdf
xInitiation a la simulation numerique en mecanique des fluides.pdf
xMecanique des Fluides Numerique sur GPU.pdf
xMecanique des fluides numerique2.pdf
xMécanique des Fluides Numérique.pdf


<DIR> gk

ΒΑΣΙΚΑ ΣΤΟΙΧΕΙΑ ΜΗΧΑΝΙΚΗΣ ΡΕΥΣΤΝ.pdf
ΕΞΕΤΑΣΕΙΣ ΣΤΗΝ ΜΗΧΑΝΙΚΗ ΡΕΥΣΤΩΝ.pdf
ΜΗΧΑΝΙΚΗ ΡΕΥΣΤΩΝ ΑΣΚΗΣΕΙΣ.pdf
Ρευστοδυναμικ?.doc


<DIR> ru


<DIR> nanofluidcs

NanoFluidDynamicsIntro.doc
NanoFluidDynamicsIntro.pdf
NanoFluidDynamicsIntro1.doc
NanoFluidDynamicsIntro1.pdf
NanoFluidicsBooks.doc
NanoFluidicsBooks.pdf
NanoFluidicsIntro.doc
NanoFluidicsIntro.pdf
NanoFluidicsIntro1.doc
NanoFluidicsIntro1.pdf
NanoFluidicsIntro2.doc
NanoFluidicsIntro2.pdf
NanoFluidicsResearchers.doc
NanoFluidicsResearchers.pdf
NanoFluidicsResources.doc
NanoFluidicsResources.pdf
NanoFluidicsTerms.doc
NanoFluidicsTerms.pdf
NanoFluidicsTransport.doc
NanoFluidicsTransport.pdf
NanoFluidicsTransport1.doc
NanoFluidicsTransport1.pdf

3D structures nanofluidicsXXX.pdf
COMPUTING THE NEAR-WALL REGION IN GAS MICRO-AND NANOFLUIDICS.pdf
Experimental Nanofluidics.pdf
Fabrication Nanofluidics Device.pdf
Fabrication of single nanofluidic channels.pdf
Focusing microparticles in a microfluidic channel.pdf
Fundamental Understanding of Nanofluidics.pdf
Gradient nanostructures nanofluidics.pdf
High-Frequency Nanofluidics.pdf
KEY NANOFLUIDICS PATENT.pdf
Kornev lab.pdf
Micro-Nano-fluidics challenges of fluid mechanics.pdf
microandnanofluidicdevices.pdf
Microfluidic drifting.pdf
Micronanofluidics and Lab-on-a-Chip.pdf
Nanofibers, nanofluidics, nanoparticles and nanobots.pdf
nanofluidbioX.pdf
Nanofluidic Systems.pdf
Nanofluidic tuning.pdf
nanofluidics DNA analysis.pdf
Nanofluidics in carbon nanotubes.pdf
Nanofluidics in the Debye Layer.pdf
Nanofluidics.pdf
NanofluidicsX.pdf
nanofluidics_webX.pdf
nanoplasmonic-nanofluidic biosensors.pdf
NanoWetting.pdf
RFLUID DYNAMICS XXX.pdf
robio2005-chinese-cfpXXX.pdf
RSC Nanoscience & Nanotechnology.pdf
Streaming Currents in a Single Nanofluidic Channel.pdf
Streaming Currents Nanofluidic Channel.pdf
Sub-wavelength nanofluidics in photonic crystal sensors.pdf
Targeting Transport Properties in Nanofluidics.pdf
Technologies for nanofluidic systems.pdf
Transport phenomena in nanofluidics.pdf
Wetting Phenomena.pdf


<DIR> Yachts

Autodesk Inventor杰玛游艇集团XXX.pdf
Better Yacht Design_GOODXXX.pdf
CouplingOfAeroandHydrodynamicsFinal2_GOODXXX.pdf
Development of a computer modelXXX.pdf
Dictionary of Ship Hydrodynamics.pdf
Hydrodynamic Modeling of Sailing Yachts_GOODXXX.pdf
Hydrodynamic PerformanceXXX.pdf
Maritime Hydrodynamics Research LaboratoryXXX.pdf
Modelling and Numerical Simulation for Yacht Engineering_GOODXXX.pdf
MOTOR YACHT HULL FORM DESIGN FOR THE DISPLACEMENTXXX.pdf
Sailing Vessel Dynamics_GOODXXX.pdf
Yacht Design & Technology1XXX.ppt
Yacht Design & TechnologyXXX.ppt

 
 
 
 

Problems

 

How to explain turbulent flow in molecular science?
用社么参数来判断湍流出现？怎样定量Re数与湍流的关系 （湍流度与Re数的关系）？

当黏度等于零时（无粘性流）Re 数无穷大，是否一定湍流？

How is eddy formed?

 

 

Unsolved Problems in Fluid Mechanics:
On the Historical Misconception of Fluid Velocity as Mass Motion, Rather than Volume Motion
Howard Brenner
Department of Chemical Engineering
Massachusetts Institute of Technology
Cambridge, MA 02139
[email protected]

 
 
 
 
 
I've once tried to provide (on bahalf of a certain company name, possibly NeoFluid):

various design and consulting services incl Computational Fluid Dynamic (CFD) design, simulation and optimization of various fluid products and systems and also conducted market intelligence services for international clients.

CFD (Computational Fluid Dynamics) Designs & Services


We perform highly sophisticated CFD (Computational Fluid Dynamics) designs for aerodynamics and hydrodynamics machineries and systems (such as turbines, pumps, compressors, pressure vessels, ships, buildings, canals and pipes). We have extensive experience and capabilities in CFD simulations of complex engineered and natural systems.

Our consultants are a well-rounded and senior level group consisting with several decades of CFD modeling experience of CFD & FEA consulting analysts, CFD modeling specialists, experts in CAD and mesh generation, technical experts, Masters of Science and PhDs, leading software developers etc. They come from the academia (universities, institutions and laboratories), air-conditioning, automobile engineering, aviation and aerospace, chemicals, energy technologies, fluid machines, petroleum, private industry, refrigerating and shipbuilding and other industries.

We can offer you custom solutions to non-standard problems thanks to our many years of experience and our own intensive development efforts in the field of complex CFD tasks. Our staff members also have expertise in CFD code modification, and algorithm development to address specific client needs. We can perform all of the steps of the complex CFD workflow. We can also offer you product & process innovation engineering & construction plant optimization consulting & services.

We gained its CFD expertise across various applications by conducting cost-effective design studies to solve the industry specific full spectrum simulations. Our experienced CFD professionals will work with customers on a one-on-one basis in solving the CFD problem and providing with the analysis report detailing the study and discussing the results. We provide model templates to automate and streamline your CFD process so that you will have a full control over your end product in a shorter time.

Our CFD services include

  • Specialist consultation
  • Project consultation
  • R&D projects of fluid engineering
  • In-house engineering services
  • Process simulation and design
  • Process optimization:
  • Full process analysis, simulation and recommendations
  • Product redesign
  • Thermodynamic cycle analysis
  • Design optimization
  • Equipment design optimization:
  • Computer CFD modeling & analysis
  • On-site program support
  • FEA field
  • Subcontracting of numerical simulation
  • Software technical support
  • Software sales
  • Fluid flow and heat transfer analysis
  • Conjugate heat and flow analysis with multimode heat transfer and phase change
  • Integrated flow and thermal analysis of engineered and natural systems with interface modeling
  • Model development
  • Data analysis and interpretation

The above CFD design and simulations can be applied to all processes and flows, such as:

  • 3-D fluid field analysis
  • Aerodynamics
  • Chemical reaction flows
  • Combustion
  • Compressible flow
  • Discrete phase flow
  • External flow problems of complex structures
  • Fire dynamics simulation
  • Free surface flow
  • Heat fluid systems
  • Heat transfer
  • Hydrodynamics / river hydraulics and open channel flow
  • Incompressible flow
  • Macro-, meso- and micromixing effects
  • Micro-fluidics
  • Multi-phase and multi-component flow
  • Nano and mesoscopic flow
  • Non-Newtonian flow
  • Particulate and droplet flow simulation
  • Porous media flow
  • Post processing services
  • Radiation,
  • Rheological modeling for non- Newtonian fluids
  • Sedimentation simulation
  • Solid-liquid integration simulation
  • Steady-state / transient / unsteady flow analysis
  • Turbulent fluid flow / mixing and modeling / evaluation
  • Viscous flow
  • Visualization

Our services covers a variety of areas, incl. but not limited to the following industries and sectors:

  • Automobile
  • Aviation and Aerospace
  • Biomedical ??
  • Boilers of various types
  • Buildings
  • Chemical, petrochemical, material, environmental, biochemical, transportation, and other industries ??
  • Civil Construction
  • Coal and Mines
  • Coal combustion processes
  • Combined generation systems for cooling, heat and power
  • Combustion systems incl ovens and furnaces
  • Distributed energy and power systems
  • Electronics
  • Energy and Power
  • Energy storage systems
  • Engines and systems
  • Environment
  • Fans and blowers
  • Flue gas desulfurization and denitrixation systems
  • Food Engineering
  • Heat exchangers
  • Heat pumps
  • House Appliances
  • HVAC (refrigerating and air-conditioning systems)
  • Hydraulic Projects
  • Instruments and Meters
  • Management Information Systems & GIS
  • Material Processing
  • Metallurgy
  • Other applications
  • Other new energy and renewable energy - incl. direct hydrogen generation from carbon-content materials
  • Petroleum and Petrochemical
  • Power plants (steam turbine gensets, gas turbine gensets, combined cycles etc)
  • Pulp and Paper
  • Residue heat recovery systems
  • Ships, Shipbuilding, Marine, Submarine, Ocean Engineering
  • Solar heating – hot water systems, heat pumps, solar-heat pump floor radiation heating, direct expansion solar heat pump collectors, solar hot gas power systems, high concentration solar power systems, solar chimney power, solar how air power etc
  • Solar photovoltaic systems and equipments
  • Waste heat disposal

 

And also the

FluidTechChina reports

Apart from CFD related services, we also provide a range of consulting services of the fluid technologies, incl. but not limited to the following:

First of all, we’ve been preparing and delivering the FluidChina monthly reports in English to international fluid industry since 2005, a report about the flow rate and flow meter industry in China.

Another report, called FluidTechChina, reports in the areas of all fluid technologies and products incl.
turbines,
Hydro-turbines incl. reversed hydro-turbines for pumped storage power stations
Steam turbines
Gas turbines
Windturbines
Turbo-chargers
compressors,
pumps,
and
fluid dynamic applications in aircrafts, ships, buildings, vessels and containers, pipes etc.

Separate reports are also available for the following products:

Steam turbines
Gas turbines
Hydroturbines incl. reversible hydroturbines
Windturbines
Turbochargers
Boilers and pressure vessels
Pumps
Compressors
 
And finally I wanted to offer my

 

Fluids Technologies Consultation Services

First of all, we’ve been preparing and delivering the FluidChina monthly reports in English to international fluid industry since 2005, a report about the flow rate and flow meter industry in China

This report is a highly comprehensive, yet concise, compilation with researches, analyses, and information with timely insights into trends, events, and activities affecting fluid flow and flow rate measurement technologies and products in China.

The FluidChina Report contains independent and unbiased data, information, interviews and analyses of the fluid measurement technologies market in China on a monthly basis, which is the unique and the only one of such kind available on the market.

The report covers a wide spectrum of topics from research to development, from projects and applications, from government policy to regulations, from market trends to consumer, from the tier-1 cities of Shanghai, Beijing, Guangzhou to smaller cities in the provinces, from the coastal regions down to the heartland of China in the fluid measurement technologies sections. Here we show you some of the possible contents as below (but not necessarily in that scope and order):

Executive Summary
Development Trends
International Benchmarking
Risks
Problems, Challenges & Actions
News & Spotlights
Viewpoints
Policies, Laws, Financing And Incentives
Government & NGO Programs
Codes, Directives, Standards & Specifications
Certification, Licensing & Quality
Academic & Media
People
Organizations
Directories
Company Case Studies
Industrial Parks
Fluid technologies and products researches and development
Fluid technologies and products showcase
Fluid technologies and products producers and providers
Chinese Fluid Technologies and Products In The World
Foreign Fluid technologies and Companies In China
Supply Chain
Regional development
Market Status
Major development projects
Import & Export
Investment
Competition
Merger & Acquisition
IT & Internet for the Fluid industry
Calendar & Events

Our content is sourced from our proprietary, impartial researches with high net-worth consumers on major issues and current events. We also review leading publications, top tier consultants, leading universities and independent researchers, and governmental sources for additional independent materials of value for our readers. 

The report contains 120+ pages of rich information, analyses and insights and all necessary information you need to know about the Chinese fluid measurement technologies, products and market, and with 12 month issues a year and an annual analysis and summary report. In between we may present you additional reports as the case may arise – such as an important event etc.

These reports are customized for international clients in the fluid measurement industry who want to follow the development and enhance their presence here in China.

The reports are written in US English by fluid experts here in China. The main editors have many years experiences in leading multinational power corporations and thus are able to deliver the reposts in standard English and with professional insights.

The reports are delivered to our clients currently in PDF format electronically, to their email boxes.

The reports are delivered at the later half of the month for the last month.

Please check with our engineers for details.

In addition, we also help international fluid measurement technology companies to enter into the Chinese market by providing market studies and intelligence services, as well as local representative. Another of our fluid technology services is the design and engineering of flow measurement projects as well as the Computational Fluid Dynamics (CFD) services for various industrial and commercial applications.
 
 

FLUIDDYNAMICS / CFD CAPACITY

 

WHY CFD RESEARCHES AND WHY NOT IN CHINA???

Fluid Dynamics and related sciences
Numerical theory and techniques
CFD theory and techniques
CFD expertise
CFD consulting
CFD development
CFD related processes and subjects
CFD Related Systems and Equipments
CFD Relevant Industries and Areas of Applications
CFD applications & tools

 

WHY CFD RESEARCHES AND WHY NOT IN CHINA???

 

The reason to seek CFD is the fact that it belongs to one of the fundamental science of the thermal physics chapter and I have learned it very intensively over the past and my business over the last couple of years are related to this area.

China’s education and research segments are currently very corrupted, therefore it is impossible to undertake pure researches without the compromise with this system. And the general trends towards decay of the Chinese society does not allow for genuine researches and studies.

 

Fluid Dynamics and related sciences

  1. Aerodynamics
  2. Combustion, turbulent combustion
  3. Compressible flow
  4. Fluidized Beds
  5. Incompressible flow
  6. Micro/nano -fluidics
  7. Multi-phase and multi-component flow
  8. Non-Newtonian flow, Rheology - Rheological modeling for non- Newtonian fluids
  9. Pneumatic conveyors, bulk granular material handling
  10. Porous media flow
  11. Turbulent fluid flow / mixing and modeling / evaluation

 

Numerical theory and techniques

  1. Boundary Element Methods (BEM)
  2. Discrete Element Method (DEM)
  3. Direct Numerical Simulations (DNS)
  4. Finite Difference Methods (FDM)
  5. Finite Element Methods (FEM)
  6. Finite Volume Methods (FVM)
  7. Moving Interface Methods (MIM) such as
    1. Sharp Interface Method (SIM)
    2. Level Set Method (LSM)
  8. Probability Density Function (PDF)
  9. Adaptive, unstructured mesh CFD

 

CFD theory and techniques

  1. Detached Eddy Simulations (DES)
  2. Lattice Boltzmann CFD
  3. Large Eddy Simulation (LES)
  4. Reynolds Averaged Navier Stokes (RANS)
    1. U-RANS
    2. hybrid RANS/LES
  5. Reynolds Stress Model  (RSM) model
    1. Anisotropy-invariant Reynolds Stress Model of turbulence (AIRSM)
  6. Sliding mesh techniques
  7. Smoothed Particle Hydrodynamics (SPH)

 

CFD expertise

 

CFD consulting

 

My duties and responsibilities were/are:

  1. Specialist consultation
  2. Project consultation
  3. Process simulation and design
  4. Process, design, equipment optimization
  5. Thermodynamic cycle analysis
  6. Fluid flow and heat transfer analysis - 3-D fluid field analysis
  7. Software technical support

 

CFD development

 

Whereby I was involved in:

  1. Developing numerical algorithms and approaches
  2. Developing and implementing computational fluid dynamics codes
  3. Defining computational requirements
  4. Modeling and simulating various processes
  5. Documenting results
  6. Conducting data analysis and interpretation
  7. Performing post processing & visualization

 

CFD related processes and subjects

 

Flow Processes covered:

  1. Chemical reaction flows
  2. Fuel-air mixing processes
  3. Industrial processes
  4. Nucleate boiling
  5. Porous materials
  6. Sustainable energy systems
  7. Thermal flows
  8. Transport phenomena

 

CFD Related Systems and Equipments

  1. Boilers
  2. Burners
  3. Ducts and pipes
  4. Heat exchangers incl. condensers
  5. Pumps
  6. Steam/hydro turbines
  7. Thermal Energy Storage

 

CFD Relevant Industries and Areas of Applications

  1. Automobile
  2. Buildings
  3. Electronics
  4. Energy and Power
  5. Environment

 

CFD applications & tools

 

CFD applications (solver) such as

  1. Ansys: Ansys Workbench, Ansys CFX
  2. Fluent
  3. NUMECA
  4. OpenFoam
  5. Phoenix
  6. StarCD

CAD Software

  1. Pro/E
  2. solidworks

the most prevalent pre-processors

  1. Gambit
  2. ICEM-CFD

CFD post-processor

  1. EnSight

 
 
 
 

Letters to the Academia

 

Dear Prof. XXX:

I am pleased to submit my application documents for the position of “PhD in Fluid-Structure Interaction” at the department of Mechanical Engineering, the XXX University (XXX).

As an enthusiast of computational mathematics and physics, and a long-time engineer of CFD simulation particularly in the power and energy industry, I am interested in your program and the related researches. Here I have collected some documented facts of my CFD related experiences over the past for your reference. Further details may be provided for you upon request.

Here it is to mention that during these years of CFD career, I have also developed and upgraded several existing CFD models specific to the industries and applications.

My weak point is my lack of publication records in this area, mainly due to the lack of chances to write academic paper in the past.

Additional information about my career is also provided, although not directly related to this application but is absolutely worthwhile reading before making any conclusion about my qualifications, as I am not an average applicant for this job.

I strongly recommend you to read the “Wonderfulpast.pdf” file first which tells you why I am applying for a CFD research job at this stage of my life.

In addition, it’s also to mention my multi-lingual capacuty – English has been my working languages since the last two decades and it is close to my mother tongue. Apart from English I am also proficient in German, French, Russian and Greek to some degree, although they are not helpful in CFD stuff, but their studies give me fun and happiness particularly the learning of ancient Greek literature.

I am a Master of Science majoring in thermal physics in engineering with focus on pollution control on combustion.

Thank you for your patience in reading my motivation and explanatory letter and look forward to hearing from you soon.

Sincerely,

Chen Minghua
Hangzhou, P.R. China
P.S.:
(1) if my application is rejected, please be so kind as to give me your reasoning.
(2) I propose you try not to think too much and negatively about my age and instead put more efforts admiring my vast knowledge, experiences, expertise and capacity in CFD and other areas, and imagine me as an young PhD student with excellent learning ability and vividity.
(3) You may choose either one of the languages for communications as you prefer.

Attachments
(1) “ResumeAca_EN.pdf” - CV
(2) Research statement – I need more information to prepare for this document
(3) “Wonderfulpast_EN.pdf” is for your reference only otherwise you may not understand why I shall apply for job with my background – upon request
(4) “ITSkills.pdf” – IT skills mostly acquired before 2004
(5) “Xplains_EN.pdf” - Additional explanations – upon request
(6) “Referrers_EN.pdf” – my referrers upon request when I am short-listed
(7) A copy of the academic transcript will be sent to you only I am short-listed


2010-10-12

 

Another Inquiry Letter

 

Dear Prof. XXX,

I am pleased to submit my application documents for the position of “PhD in numerical hemodynamics” at the Australian School of Advanced Medicine (ASAM) at XXX University.  I am intending to continue my research program after being interrupted more than 20 years ago for various reasons. But I don’t know if you mind my age and my zigzag past.

CFD related background

As early as in my graduate studies time I was already interested in and studied a little about the blood dynamics or hemodynamics in order to find out the causes of headache suffered by my mother. And still today, I am always interested in this subject, and wants to learn the mechanism of blood flow throughout the human body and its many factors and influences to health.

I’ve strong background in fluid mechanics and have demonstrated computational and experimental skills over the past in my work and studies, incl. among other, also high performance computing and parallel numerical simulations. During the last years, I have also been involving in the computational modeling of various industrial and commercial systems, facilities and equipments, as well as complex multiphase flow in various processes and systems.

As an enthusiast of computational science (mathematics, physics etc) I have been following this branch of science ever since my graduation in 1983, in my work as well in my part-time studies as one of my key hobbies and interests. During these years of CFD career, I have developed and upgraded several existing CFD models specific to the industries and applications.

MY CFD-philia is not just centered around fluid mechanics, rather spreads over to other branches of the thermophysics – heat and mass transfer, and combustion.

Details see below and the attached documents.

IT skills
I am familiar with all major IT technologies incl coding, databases etc.

Languages
English has been my working language since the 1991.

Apart from English and German I am also proficient in French, Russian and Greek to some degree.

Education
I am a Master of Engineering majoring in thermal physics in engineering with focus on pollution control on combustion [(bachelor1978-1983) and master’s (1986-1989) degree in thermal engineering]

Career
My career so far can be summarized as below:

2005 up to now:
Self-employed, with cooperation with others and the establishment of my own business docusing on technical and academic learning. Business has been shifted to fluid technology consulting and services incl. CFD design, simulation and optimization for various processes and industries. Academic researches have been also turned to CFD and fluiddynamics with focus on small structures and Non-Newtonian.

2000-2005
Self-employed with cooperation with others and the establishment of my own business. First concentrated on IT services mainly industry portal design and database design and management (2000-2003) . Then solar business, Conventional power, other renewable energy consulting, and information.  For very short period of time I was also engaged in other discrete businesses such as business aviation, cryptography and thermodynamic consulting. Researches have been changing very tremendously from thermodynamics to cryptography, and solar physics etc.

1983-1986, 1989-1999
Career at major domestic and multinational organizations, corporations and institutions with functions such as procurement, marketing, quality assurance, design, coordination and planning, technical review and evaluation in the conventional power, nuclear power, telecommunications, electronics, and certification industries

Thank you for your patience in reading my motivation and explanatory letter and look forward to hearing from you soon.

Sincerely,

Chen Minghua
Hangzhou, P.R. China
P.S.:
(1) if my application is rejected, please be so kind as to give me your reasoning.
(2) You may choose either one of the languages for communications as you prefer.
(3) Please keep these documents and information confidential

Attachments:
(1) “Resume.pdf” - CV
(2) Research statement – I need more information to prepare for this document
(3) “Referrers_EN.pdf” – provided to you later
(4) Copy of the earlier academic transcript -
(5) Language test scores or testimony : the old TOEFL/GRE/IELTS scores in the early 1990’s.
(6) “Additional.pdf”: highly interesting background information about the reasons of seeking PhD studies, only for those with the sharpest eyes and on request

 
 

Additional Information
 
In addition, we also help international fluid measurement technology companies to enter into the Chinese market by providing market studies and intelligence services, as well as local representative. Another of our fluid technology services is the design and engineering of flow measurement projects.

 
How could I provide the above services to the world? Just a glimpse of my CFD expertise tell you the truth.
 
Armed with these capacity, I dared to offer my potentials to a number of academic institutions as well as commercial cooporations, with some elaborate inquiry messages such as those shown here as an example.
 
 
 
2024-01-26