AERODYNAMIC, CFD SIMULATION AND AERO POST RIG ANALYSIS

Presentación de PowerPoint AERODYNAMIC, CFD SIMULATION AND AERO POST RIG ANALYSIS “ Today they are investing heavily in R D in companies in the automotive sector and in the field of competition in p.

AERODYNAMIC, CFD SIMULATION AND AERO

POST RIG ANALYSIS

“

Today they are investing heavily in R & D

in companies in the automotive sector and in the field of competition in particular; This course allows to acquire the knowledge to enter the professional world in safety; I can vouch for that because I was a student in this course

”

Designer and engineer,

in teams Formula Racing Miskolc.

Barhm Mohamad:

MASTER 2017: FACE TO FACE AND ONLINE

RESUME SKILLS IN CAR

We will are able to analyze

the full car:

Refrigeration;

Radiator

Rotating Wheels

Difusser

Turbulences Admission

Alternative aspiration engine; heat transfer

Car with

suspension

Moving ground / Track

Ground effect

Downforce, Drag, Balance, Aero Map,

Vibrations

Refrigeration Brakes

Pitch, Roll, Yaw and

Heave Dynamic, Damper Improve

Exhaust (gas, heat)

AERODYNAMIC, SIMULATION CFD AND AERO

POST RIG ANALYSIS

Chapters:

Studies parts:

5 basics:

- Vehicles Aerodynamics

- Dynamic vehicle; setup (aero)

- CFD simulation: concepts mathematics

- Simulation CFD

- Post Rig and Aero Post Rig Analysis

STUDENT PROFILE:

Industrial Engineer, Aeronautic or similar

Members of racing teams, automotive companies or related and other companies that need CFD

JOBS

Race teams, but a useful general training for any company that needs to perform aerodynamic calculations and CFD simulations are also offered

Related Business Cars, motorcycles, boats, aircraft, turbomachinery, wind power and alternatives in general, HVAC, Industrial aerodynamics, etc

https://www.youtube.com/channel/UC16-u0i4mxe6TmAUQH0kmNw

0036304120161 Barhm Mohamad

Youtube channal

SIMULATION CFD AND AERO POST

YOUR FUTURE PROFESSIONAL

 Aerodynamic; Vehicle dynamic(setup)

AERODYNAMIC, SIMULATION CFD AND AERO

POST RIG ANALYSIS

AERODYNAMIC, SIMULATION CFD

AND AERO POST RIG ANALYSIS

AERODYNAMIC, SIMULATION CFD AND AERO POST RIG ANALYSIS

AERODYNAMIC, SIMULATION CFD AND AERO

POST RIG ANALYSIS

Youtube channal

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AERODYNAMIC AND AERO POST RIG ANALYSIS

WRONGS THINKS AND CONCEPTS IN AERODYNAMIC DESIGN

FULL DESIGN CAR PRINCIPALS GOALS, CONCEPTS

AERODYNAMIC -HISTORY

CFD AS A TOOL

AERO -DOC GP2 / GP3

THEORY: AIR AND ITS CONTEXT

THEORY: PRINCIPLES, PROPERTIES AND CONSEQUENCES OR EFFORTS

THEORY: FORCES AND MOMENTS

LAP TIME: 3 CORNERS

CORNER TIME WITH DOWNFORCE

- F1 rules 2014

- F1 rules 2017

AERODYNAMIC AND AERO POST RIG ANALYSIS

THEORY: WINGS: VORTEX

THEORY: GROUND AND DIFFUSER: VORTEX

THEORY: REFRIGERATION

THEORY: PRESSURE CENTER

THEORY: AERO MAP

FULL LAP TIME: ENGINE, GEAR BOX, AERO, ETC

NUMERIC EXAMPLES: SPRINGS FROM AERODYNAMIC VALUES, AERO MAP GENERATION, CALCULE FULL

BOUNDARY LAYER AND COURANT NUMBER, EFFECTIVE DIAMETER, DOWNFORCE WING

AERODYNAMIC AND AERO POST RIG ANALYSIS

THEORY: FLANGES, NOZZLES, SUCTION INTAKES, AIR BOX, TRUMPETS AND EXHAUSTS

THEORY: WIND TUNNELS

THEORY: CFD

THEORY: EXAMPLES OF RACING IMPLATED SYSTEMS F1

THEORY: NOMENCLATURE, SETUP, SETUP IDEAL

NUMERIC EXAMPLES: PRACTICES

THEORY: POST RIG ANALYSIS

THEORY: AERO POST RIG ANALYSIS: CFD, WIND TUNNEL AND TRACK

THEORY: EXAMPLES: QUARTER CAR AND HALF CAR

AERODYNAMIC AND AERO POST RIG ANALYSIS

AERODYNAMIC AND AERO POST RIG ANALYSIS

CFD

PRESENTATION

SCHEDULE

HISTORY

CFD THEORY (PRINCIPLES, MESH, DISCRETIZATION, ETC)

SAMPLES: HEAT EQUATION DISCRETIZATION: EXCEL SIMULATION

CA ́ S: CON ITIONS AN GENERATION

MESH SAMPLES

CFD

CFD THEORY (MESH, TURBULENCE MODELS, ETC)

SAMPLES MESH: ERRORS AND GEOMETRY IMPROVEMENT

IDEAL MESH

EACH STUDENT: GENERATE GEOMETRY AND SIMULATION

CFD

CFD THEORY (PRINCIPLES, MESH, DISCRETIZATION, ETC)

AUTOMATIZATION PROCESSES -MACROS -JAVA

BOUNDARY LAYER

ROTATION WHEELS

SAMPLE: FORMULA

CFD

TRANSIENT SIMULATION

COURANT NUMBER

VORTEX KARMAN

SAMPLES: VORTEX CREATION (RIGHT AND LEFT ROTATION, SIDEPODS, ETC )

HVAC SIMULATION -WITHOUT HEAT

CFD

RESTRICTOR ENGINE SIMULATION

AIR BOX ENGINE SIMULATION

ASPIRATION ALTERNATIVE PISTONS ENGINE

CFD

ROTATION AND MOVEMENT IN CFD: INTERFACES, COMBINATION:

TYRES

MOVING REFERENCE FRAME

TURBOMACHINERY, CAVITATION, ETC

FAN

PROPELLER SHIP

CAR-DIFUSSER WITH FAN ATTACHED CHASSIS

RIM, BRAKES DISC, ETC ROTATION (TIRE ONLY ROTATION TANGENTIAL)

PARTS ROTATION OR MOVEMENT: AERODYNAMIC ACTIVE

GEARS PUMPS, etc

ETC

CFD

CREATING ROTATION WITH WIND: INTERACTION FLUID-STRUCTURE:

AEROGENERATOR: EOLIC ENERGY

SAVONIUS GENERATOR

FAN AND AEROGENERATOR TOGETHER IN THE SAME AXIS

CHIMNEYS COMBINATION: MORE THAN 2 FLUIDS

CFD

BOAT IN HEAD SAE WAVES

AERO-WATER-DRAG PETROLEUM SEA PLATFORM

ACROPODES DESIGN

REFUELLING COMBUSTIBLE TANK

MIXER AGITATOR IN WATER TANK REFUELLING

CFD

EXAMPLES -PRACTICES:

DRS F1 -ANALYSIS TRANSIENT: DOWNFORCE-DRAG

IF-THEN STRUCTURE PROGRAMATION IN SIMULATION CFD: VIBRATING CAR UP-DOWN

CAR REDUCTION DRAG WITH RULES

DUCTS VENTILATION LOW TEMPERATURE, WITH 2 FANS IN EXITS

CFD

HEAT TRANSFER AND RADIATOR POROUS MEDIA:

NATURAL CONVECTION OF AIR: HEAT TRANSFER-BALANCE BETWEEN PARTS

DIFFUSION AND NATURAL CONVECTION OF HEAT ALUMINIUM BAR IN CLOSE

BOX WITH AIR: HEAT TRANSFER BETWEEN AIR AND MATERIAL

ANALYSIS PC BOX: HEAT SOURCE AND FAN MODEL

POROUS MEDIA: ENERGY LOSS -CAR RADIATOR: TENSOR LOSS CALCULATION

CFD

SOLID STRESS AND DEFORMATION FROM LOADS:

BAR, CHASSIS, ETC, DEFORMATION WITH LOAD

PRACTICES ABOUT F1 (RULES 2017): TRANSFER (BETWEEN AIR, EXHAUST, ENGINE, RADIATORS, BRAKES,DISCS, WHEELS), MOVING GROUND, ALTERNATIVE ASPIRATION ENGINE CYLINDRES, AIR BOX, INLET

ADMISSION ENGINE, TIRE ROTATION, ROTATION WHEEL (RIM, BRAKES, DISCS, ETC), TURBULENCES, FULLBOUNDARY LAYER, TRANSIENT ANALYSIS, ETC

CFD

OPTIMIZING RESULTS FROM DESIGN PARAMETER THAT CAN MODIFY DURING THE STUDY: SEARCHING THE BEST PARAMETER FOR THE BEST SOLUTION:

PROTOCOL, THEORY

EXAMPLE: BEST POSITION FLAP REAR WING: POSITION AND ANGLE FOR MAXIMIZING THE DOWN FORCE

EXAMPLES: IMPROVE VELOCITY INLET FOR BEST MIXING IN PIPE, CAVITATION

PRACTICES ABOUT F1 (RULES 2017): TRANSFER (BETWEEN AIR, EXHAUST, ENGINE, RADIATORS, BRAKES, DISCS, WHEELS), MOVING GROUND, ALTERNATIVE ASPIRATION ENGINE CYLINDRES, AIR BOX, INLETADMISSION ENGINE, TIRE ROTATION, ROTATION WHEEL (RIM, BRAKES, DISCS, ETC), TURBULENCES, FULL BOUNDARY LAYER, TRANSIENT ANALYSIS,ETC

CFD

SELF PROPULSION INTERACTION FLUI –STRUCTURE :

SHIP SELF PROPULSED BY HIS PROPELLER

EXAMPLES

PRACTICES ABOUT F1 (RULES 2017): TRANSFER (BETWEEN AIR, EXHAUST, ENGINE, RADIATORS, BRAKES, DISCS, WHEELS), MOVING GROUND, ALTERNATIVE ASPIRATION ENGINE CYLINDRES, AIR BOX, INLETADMISSION ENGINE, TIRE ROTATION, ROTATION WHEEL (RIM, BRAKES, DISCS, ETC), TURBULENCES, FULL BOUNDARY LAYER, TRANSIENT ANALYSIS,ETC

CFD

VEHICLE PASSENGER COMFORT:

BODY TEMPERATURE VARIATION

CFD

PARTICLES SOLIDS: DYNAMIC GROUP:

PARTICLES DISCRETES EVOLUTION

ACROPODES MOVEMENT

SEDIMENTATION PARTICLES

ETC

PRACTICES ABOUT F1 (RULES 2017): TRANSFER (BETWEEN AIR, EXHAUST,

ENGINE, RADIATORS, BRAKES, DISCS, WHEELS), MOVING GROUND,

ALTERNATIVE ASPIRATION ENGINE CILINDRES, AIR BOX, INLET ADMISSION

ENGINE, TIRE ROTATION, ROTATION WHEEL (RIM, BRAKES, DISCS, ETC),

TURBULENCES, FULL BOUNDARY LAYER, TRANSIENT ANALYSIS, ETC

ocation Course:

Castellón (Spain)

Place: Hungary

pywand@gmail.com 0036304120161

Procedure for buying projects:

1 Send us motivation letter (pywand@gmail.com)

2 Send us your personal data (name, address, Curriculum, etc ) (pywand@gmail.com)

3 We send you our the data (quantity and other) for reserve and last payment.

4 Send us the confirmation of received (pywand@gmail.com)

5 We send you the full data.

AERODYNAMIC, SIMULATION CFD AND AERO POST RIG ANALYSIS

Andazyar Engineering Troubleshooting Bureau

Contact us

https://www.facebook.com/Engineering-Troubleshooting-Bureau-447265782145361

For more information, there is a Linkedin and Facebook page These ways are very importants in order to show the researches, studies and projects.

AERODYNAMIC, SIMULATION CFD AND AERO-POST-RIG

Researchgate https://www.researchgate.net/profile/Barhm_Mohamad

Youtube channal

https://www.youtube.com/channel/UC16-u0i4mxe6TmAUQH0kmNw