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You will get CFD-LES, FSI/DFBI based optimized Product Design of AUVs/UUVs in STAR-CCM+
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You will get CFD-LES, FSI/DFBI based optimized Product Design of AUVs/UUVs in STAR-CCM+
Project details
CFD based design of AUVs/UUVs and Structural integrity using 2 way Fluid Structure Interaction (FSI) & Dynamic Fluid Body Interaction (DFBI)
3D Model preparation: AUV/UUV/UWV/SUVs
Meshing or Grid Discretization: Pointwise Inc Tool
Grid Sensitivity Analysis: With three systematic grid sizes
Simulation Analysis: STAR-CCM+ & Ansys Workbench (Fluent/CFX/Mechanical)
• Design of UWV at high Reynold number against different angle of incidence.
• External Aerodynamics/hydrodynamic Analysis of SUVs and AUVs for optimal design of their power/propulsion system through drag and thrust calculation.
• Parametric study on propeller blades and leading and trailing profiles of hull bodies against different wind/wave velocity for greater hydrodynamic efficiency and thrust against different advance ratio.
• Aero-Acoustic and Hydro-Acoustic Analysis of Marine system for resistance calculations and flow induced Noise in Star-CCM+
• Structural integrity of AUV/UUV/UWVs/ floating/marine structures through 2-way FSI (fluid-structure interaction) against irregular wave in different sea states
Wind turbine blade, dynamic mesh, Aerodynamic analysis, Wing or airfoil, hydrofoil or fluke, surfboard
3D Model preparation: AUV/UUV/UWV/SUVs
Meshing or Grid Discretization: Pointwise Inc Tool
Grid Sensitivity Analysis: With three systematic grid sizes
Simulation Analysis: STAR-CCM+ & Ansys Workbench (Fluent/CFX/Mechanical)
• Design of UWV at high Reynold number against different angle of incidence.
• External Aerodynamics/hydrodynamic Analysis of SUVs and AUVs for optimal design of their power/propulsion system through drag and thrust calculation.
• Parametric study on propeller blades and leading and trailing profiles of hull bodies against different wind/wave velocity for greater hydrodynamic efficiency and thrust against different advance ratio.
• Aero-Acoustic and Hydro-Acoustic Analysis of Marine system for resistance calculations and flow induced Noise in Star-CCM+
• Structural integrity of AUV/UUV/UWVs/ floating/marine structures through 2-way FSI (fluid-structure interaction) against irregular wave in different sea states
Wind turbine blade, dynamic mesh, Aerodynamic analysis, Wing or airfoil, hydrofoil or fluke, surfboard
Materials
MetalField of Expertise
Automotive, Machinery, Sustainable ProductsDesign Software
AutoCAD, Creo, MeshLab, SolidWorks, OtherFile Format
SLDASM, SLDDRW, SLDPRT, STEP, STLWhat's included
| Service Tiers |
Starter
$250
|
Standard
$370
|
Advanced
$1,000
|
|---|---|---|---|
| Delivery Time | 2 days | 3 days | 4 days |
Number of Revisions | 1 | 1 | 2 |
Number of 3D Renders | 1 | 1 | 3 |
3D Modeling | |||
Texturing & Lighting | - | - | |
Animation | - | - | |
Source Files |
Frequently asked questions
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About rashid
CFD-LES Hydrodynamics:FEA:3D Printing: Modular Structure: Steel Stairs
90%
Job Success
Islamabad, Pakistan - 4:26 pm local time
Key skills:
• Conceptualization, design, analysis and development of complex mechanical and unmanned systems
• Collaborate closely with design team to create accurate/ detailed CAD models on predefined specifications for DFM and to optimize the mechanical systems/components through DFA - simulation design and analysis
• Iteratively refine the design based on simulation results and performance metrics.
• Evaluate alternative design approaches and materials to enhance effectiveness and sustainability.
• Exhibit excellent communication skills in English, facilitating seamless interaction with team members and stakeholders.
• Ability to meticulously follow design standards and processes, ensuring consistency and quality across all manufacturing or fabrication process.
• Methodical and well-organized approach to work, with a keen eye for detail.
• Exhibit better analytical ability to analyze data and improve designs based on feedback/ testing
I am providing the state of the art services related to followings:
a. 3D Design; 2D Drawings using SolidWorks, Inventor & Autocad;
b. Product Design; Electronic Enclosure Design; design for manufacturing (DFM); G code; M code for CNC milling, injection Molding and 3D Printing
c. Finite Element Analysis, Structural detailing and Analysis of modular structures in SIMSOLID/Autodesk Advance Steel/ANSYS/Inventor Nastran;
d. CFD Analysis (Hydrodynamics; Thermal Management, Hydro-acoustics, Aerodynamics)- ANSYS; Numeca Fine/Turbo; Ansys ICEPAK; Ansys Aqua; Star-CCM+;
e. Computational Modeling - STAR-CCM+, Ansys Spaceclaim and Numeca IGG/Autogrid
f. Pointwise Meshing for recursive embedded meshing, Nested non-conformal meshing, overset Meshing and multiblock structural conformal meshing.
g. Report Writing; Editing & Proofreading; Scientific Literature Review; Academic Research;
Major Projects :
0. FEM based CFD analysis of ROV propellor and bow thruster for Thrust calculation toward estimating its Power requirement using Ansys CFX/Fluent and or StarCCM+
1. Linear/Nonlinear Buckling Analysis Mapped into Static Structure on Acoustic Cabinet; The same cabinet was also analysed against; vibration and shock requirement.
2. Explicit dynamic Analysis of Free fall Assembly(Height/Impact Velocity) to ensure its required structural integrity.
3. 3D Modeling of Electronic Enclosures, Cryotherapy Freezer using Ansys ICEPAK and Thermal Management of different Enclosure of various Aerospace electronics assemblies
4. Hydrodynamicsand Hydroacoustics Analysis for prediction of Noise Level of acoustic Sensor Pod along with lift and drag estimation; Moreover, its structure integrity was appraised using 2 Way FSI (Fluid-Structure Interaction). Software: STAR-CCM+
5. 3D Design/Modeling of UUVs and its propulsion drive with respect to different RPM and motor power requirement
6. Hydrodynamic Diffraction analysis of sport boat/pontoon in ANSYS AQWA/WAVE/ASAS & Mapping of Fluid Pressure onto the structure in APDL for determination of small angle stability and hydrostatic parameters and of structural integrity. Software, Ansys Aqwa
7. FEA analysis of 6 mil HDPE sheet panel for ship hull roughness reduction: Software, Ansys/SIMSOLID
8. FEA (Structural analysis) of Main frame of Trailer Chassis, Tidal Turbine structures, Aluminum Stairs and concrete structure using Ansys and SAP2000.
9. Structural analysis and detailing: Modular Structures
10.Thermal flow analysis on representative modeled buildings of ajbar tower, Barcelona spain to predict ventilation patterns.
11. Complete design of Hybrid Turbo-Ramjet engine through Preliminary design in A stream and high fidelity CFD Analysis for combined turbine and compressor in StarCCM+
Major Certified Courses:
1. Solid Works 3D CAD Designing (19 January, 2015- 19 February, 2015)
Skill Development Council, Islamabad, Pakistan
2. Computational Fluid Dynamics CFD using ANSYS CFX (21 Sep, 2015- 23 Sep 2015)
Technology Up gradation and Skill Development Center, TUSDEC, NIDA, Lahore, Pakistan
3. ANSYS Meshing (15 Oct, 2019 – 17 Oct, 2019)
Centre of Advance Modeling and Simulation (CAMS, IST, Islamabad), Pakistan
4. Advance Level of Vibrational Analysis, VA-II (03 Nov, 2020 – 06 Nov, 2020)
Centre for Vibration & Condition Monitoring (CVCM, Atomic Energy Commission), Pakistan
Steps for completing your project
After purchasing the project, send requirements so rashid can start the project.
Delivery time starts when rashid receives requirements from you.
rashid works on your project following the steps below.
Revisions may occur after the delivery date.
3D Model Prepration
3D Model Preparation: Solidworks/CREO;
3D Model Meshing
Meshing or Grid Discretization using Pointwise/ICEM