Ashish Kalayil Ansys(Fluent,Mech,ICEM,WB),StarCCM+,ANSA,Flixo Pro
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With over 9 years of extensive experience in simulation, I bring a wealth of expertise to the table.

Education:
Master of Science in Aerospace Engineering
Technical University of Munich, Germany, 85748
July ’13 – Oct. ’15

Key Skills:

CFD Simulation and Analysis:
Proficient in conducting comprehensive CFD simulations, including mesh generation and analysis using industry-standard tools to ensure accurate and efficient results. I have developed advanced calculation methodologies to streamline project timelines. Additionally, I possess substantial experience in creating User Defined Functions (UDF) utilizing C and Python coding to augment simulation capabilities and address specific modeling requirements.

Fluid Dynamics Expertise:
I leverage deep knowledge of fluid dynamics and thermodynamics to tackle complex problems, specializing in turbulence, heat transfer, radiation, multiphase, Discrete Element Method (DEM), and Fluid-Structure Interaction (FSI) challenges. My proficiency extends to developing UDF code to tailor simulations and incorporate specialized algorithms, thereby enhancing accuracy and efficiency.

Finite Element Analysis Modeling:
I possess expertise in finite element analysis modeling, allowing me to accurately simulate and analyze various engineering phenomena across different industries.

Computational Fluid Dynamics Modeling:
My experience encompasses a wide array of computational fluid dynamics modeling techniques, enabling me to address diverse challenges and deliver effective solutions.

Multiphysics:
I have a solid understanding of multiphysics simulations, allowing me to integrate multiple physical phenomena into comprehensive models for more accurate and realistic simulations.

Meshing Technologies:
Proficient in utilizing advanced meshing technologies to optimize simulation performance and accuracy, ensuring reliable results for complex engineering problems.

Subjects

CFD (Computational fluid dynamics) Diploma-Doctorate/PhD
ANSYS Fluent Beginner-Expert
ANSA Beginner-Expert
Star CCM+ Beginner-Expert

Experience

Tech Lead (Jul, 2021–Present) at LeapAero

Education

Master of Science in Aerospace Engg (Aug, 2013–Nov, 2015) from Technical University of Munich, Germany

Fee details

₹500–2,000/hour (US$5.90–23.58/hour)

Depends upon the requirements it will vary

Courses offered

Ansys Fluent
- ₹20000
- Duration: 20 Hours
- Delivery mode: Online
- Group size: Individual
- Instruction language: English
- Certificate provided: No
This course provides an in-depth understanding of the ANSYS Fluent software suite, focusing on various aspects including geometry creation, meshing, solving, and post-processing. Participants will gain practical skills through hands-on exercises and real-world examples.

Course Outline:

Geometry:
Introduction to CAD import and geometry creation
Basic geometry manipulation tools
Creating and editing surfaces and volumes
Geometric operations such as Boolean operations, splitting, and merging

Meshing:
Introduction to mesh generation and mesh types
Mesh setup and controls
Boundary layer meshing for resolving boundary layer effects
Mesh quality assessment and improvement techniques
Best practices for meshing complex geometries

Solver:
Understanding the governing equations solved by ANSYS Fluent
Setting up and configuring simulations
Selection of appropriate models for turbulence, heat transfer, and other physics
Defining boundary conditions and solver settings
Running simulations and monitoring convergence

Post-Processing:
Introduction to post-processing tools in ANSYS Fluent
Visualizing simulation results including contours, vectors, and streamlines
Extracting quantitative data such as forces, pressures, and velocities
Customizing plots and reports
Techniques for interpreting and analyzing simulation results
Ansys Mechanical
- ₹20000
- Duration: 20 Hours
- Delivery mode: Online
- Group size: Individual
- Instruction language: English
- Certificate provided: No
This course offers comprehensive training in the use of ANSYS Mechanical, covering key aspects such as geometry preparation, mesh generation, solving, and post-processing. Participants will gain practical experience through hands-on exercises and real-world examples.

Course Outline:

Geometry:
Importing CAD models into ANSYS Mechanical
Geometry cleanup and repair tools
Part and assembly modeling techniques
Creating and modifying features
Working with surfaces and solids

Mesher:
Introduction to mesh generation in ANSYS Mechanical
Mesh types and controls
Mesh sizing and refinement strategies
Boundary conditions and contact definitions
Advanced meshing techniques for complex geometries

Solver:
Understanding the underlying principles of finite element analysis (FEA)
Setting up and configuring simulations
Material properties assignment and selection
Applying loads and boundary conditions
Solving linear and nonlinear analyses

Post-Processing:
Accessing and interpreting simulation results
Visualizing stress, displacement, and other key results
Generating contour plots, deformed shapes, and animations
Extracting and analyzing quantitative data
Generating reports and presentations
Flixo Pro
- ₹20000
- Duration: 20 Hours
- Delivery mode: Online
- Group size: Individual
- Instruction language: English
- Certificate provided: No
Approach me for the consultancy in

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