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Ishan S.

@Is88

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4,9
148
6,6
6,6
97%

CHARTERED ENGINEER CONSULTATION

$25 USD /timme
・
Flagga för
Sri Lanka (5:46 em)
・
Gick med januari 25, 2013
$25 USD /timme
・
We are a collective of accomplished Chartered Engineers, diligently collaborating to ensure the seamless execution of our projects. Our commitment to precision and accountability stands at the forefront, assuring our clients of 100% accuracy and ultimately, complete satisfaction with our services. 1️⃣ Engineering/ Science based majors ✅ Electrical Engineering ✅ Mechanical Engineering ✅ Civil Engineering ✅ Material Engineering ✅ Computer Engineering ✅ Structural Engineering ✅ Industrial Engineering ✅ Chemical Engineering ✅ Building Engineering ✅ Renewable Energy ✅ Energy management 2️⃣ Architectural Designing ✅Schematic Drawings ✅Permit Drawings ✅Construction Drawings ✅Photorealistic 3D/CGI (Sketchup and Lumion, V-Ray) 3️⃣ Software solutions ✅MATLAB ✅HOMER ✅ANSYS ✅AutoCAD ✅SolidWorks ✅WaterCAD ✅HEC-HMS ✅3EPLUS
Verifikationer
I tid
97 %
Inom budget
100 %
Godkänn taxa
91 %
Återkommande uppdragsfrekvens
29 %
Freelancer Engineers Sri Lanka
Visa alla Engineers i Sri Lanka

Portfolio

Portfolio

12418311
The study of fluid flow in channels is fundamental to understanding and optimizing numerous engineering applications, such as cooling systems, microfluidics, and hydraulic systems. This simulation investigates water flow in a two-dimensional (2D) rectangular channel using ANSYS Fluent. The primary focus is on evaluating the velocity profile and pressure distribution along the channel to gain insights into the flow dynamics. By applying appropriate boundary conditions and physical models, the simulation replicates real-world conditions and provides critical data for improving channel performance and efficiency. This analysis is particularly relevant for laminar or turbulent flows, depending on the Reynolds number, and helps identify potential pressure drops or flow uniformity issues within the channel.
Flow Simulation within a 2D channel
The study of fluid flow in channels is fundamental to understanding and optimizing numerous engineering applications, such as cooling systems, microfluidics, and hydraulic systems. This simulation investigates water flow in a two-dimensional (2D) rectangular channel using ANSYS Fluent. The primary focus is on evaluating the velocity profile and pressure distribution along the channel to gain insights into the flow dynamics. By applying appropriate boundary conditions and physical models, the simulation replicates real-world conditions and provides critical data for improving channel performance and efficiency. This analysis is particularly relevant for laminar or turbulent flows, depending on the Reynolds number, and helps identify potential pressure drops or flow uniformity issues within the channel.
Flow Simulation within a 2D channel
The study of fluid flow in channels is fundamental to understanding and optimizing numerous engineering applications, such as cooling systems, microfluidics, and hydraulic systems. This simulation investigates water flow in a two-dimensional (2D) rectangular channel using ANSYS Fluent. The primary focus is on evaluating the velocity profile and pressure distribution along the channel to gain insights into the flow dynamics. By applying appropriate boundary conditions and physical models, the simulation replicates real-world conditions and provides critical data for improving channel performance and efficiency. This analysis is particularly relevant for laminar or turbulent flows, depending on the Reynolds number, and helps identify potential pressure drops or flow uniformity issues within the channel.
Flow Simulation within a 2D channel
The study of fluid flow in channels is fundamental to understanding and optimizing numerous engineering applications, such as cooling systems, microfluidics, and hydraulic systems. This simulation investigates water flow in a two-dimensional (2D) rectangular channel using ANSYS Fluent. The primary focus is on evaluating the velocity profile and pressure distribution along the channel to gain insights into the flow dynamics. By applying appropriate boundary conditions and physical models, the simulation replicates real-world conditions and provides critical data for improving channel performance and efficiency. This analysis is particularly relevant for laminar or turbulent flows, depending on the Reynolds number, and helps identify potential pressure drops or flow uniformity issues within the channel.
Flow Simulation within a 2D channel
The study of fluid flow in channels is fundamental to understanding and optimizing numerous engineering applications, such as cooling systems, microfluidics, and hydraulic systems. This simulation investigates water flow in a two-dimensional (2D) rectangular channel using ANSYS Fluent. The primary focus is on evaluating the velocity profile and pressure distribution along the channel to gain insights into the flow dynamics. By applying appropriate boundary conditions and physical models, the simulation replicates real-world conditions and provides critical data for improving channel performance and efficiency. This analysis is particularly relevant for laminar or turbulent flows, depending on the Reynolds number, and helps identify potential pressure drops or flow uniformity issues within the channel.
Flow Simulation within a 2D channel
The study of fluid flow in channels is fundamental to understanding and optimizing numerous engineering applications, such as cooling systems, microfluidics, and hydraulic systems. This simulation investigates water flow in a two-dimensional (2D) rectangular channel using ANSYS Fluent. The primary focus is on evaluating the velocity profile and pressure distribution along the channel to gain insights into the flow dynamics. By applying appropriate boundary conditions and physical models, the simulation replicates real-world conditions and provides critical data for improving channel performance and efficiency. This analysis is particularly relevant for laminar or turbulent flows, depending on the Reynolds number, and helps identify potential pressure drops or flow uniformity issues within the channel.
Flow Simulation within a 2D channel
The study of fluid flow in channels is fundamental to understanding and optimizing numerous engineering applications, such as cooling systems, microfluidics, and hydraulic systems. This simulation investigates water flow in a two-dimensional (2D) rectangular channel using ANSYS Fluent. The primary focus is on evaluating the velocity profile and pressure distribution along the channel to gain insights into the flow dynamics. By applying appropriate boundary conditions and physical models, the simulation replicates real-world conditions and provides critical data for improving channel performance and efficiency. This analysis is particularly relevant for laminar or turbulent flows, depending on the Reynolds number, and helps identify potential pressure drops or flow uniformity issues within the channel.
Flow Simulation within a 2D channel
The study of fluid flow in channels is fundamental to understanding and optimizing numerous engineering applications, such as cooling systems, microfluidics, and hydraulic systems. This simulation investigates water flow in a two-dimensional (2D) rectangular channel using ANSYS Fluent. The primary focus is on evaluating the velocity profile and pressure distribution along the channel to gain insights into the flow dynamics. By applying appropriate boundary conditions and physical models, the simulation replicates real-world conditions and provides critical data for improving channel performance and efficiency. This analysis is particularly relevant for laminar or turbulent flows, depending on the Reynolds number, and helps identify potential pressure drops or flow uniformity issues within the channel.
Flow Simulation within a 2D channel
11944100
Heat and deformation simulation of welded joints (Fillet)
Heat and deformation simulation of welded joints (Fillet)
Heat and deformation simulation of welded joints (Fillet)
Heat and deformation simulation of welded joints (Fillet)
11944097
Weld Joint Heat and deformation simulation
Weld Joint Heat and deformation simulation
Weld Joint Heat and deformation simulation
Weld Joint Heat and deformation simulation
11500219
System Design: The first step is designing a solar tracking system that can dynamically orient solar panels (in MATLAB’s simulation environment) to capture maximum sunlight and it is capable of rotating and tilting the panels based on the sun's movement. Sun Position Calculation: MATLAB provides robust tools for calculating the position of the sun accurately at any given time and location. By using these capabilities, the sun's azimuth, and altitude angles, which are crucial for aligning the solar panels should be determined. Control Algorithm: Developing an effective control algorithm is essential for achieving precise and efficient solar tracking. Implementation of control strategies using MATLAB, which may include proportional integral-derivative (PID) control, fuzzy logic control, or other advanced control techniques to regulate the movement of the solar tracking system.
Solar tracking system Design and control using MATLAB
11069729
Soil Dynamics
Soil Dynamics
Soil Dynamics
Soil Dynamics
Soil Dynamics
Soil Dynamics
11068790
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
12418311
The study of fluid flow in channels is fundamental to understanding and optimizing numerous engineering applications, such as cooling systems, microfluidics, and hydraulic systems. This simulation investigates water flow in a two-dimensional (2D) rectangular channel using ANSYS Fluent. The primary focus is on evaluating the velocity profile and pressure distribution along the channel to gain insights into the flow dynamics. By applying appropriate boundary conditions and physical models, the simulation replicates real-world conditions and provides critical data for improving channel performance and efficiency. This analysis is particularly relevant for laminar or turbulent flows, depending on the Reynolds number, and helps identify potential pressure drops or flow uniformity issues within the channel.
Flow Simulation within a 2D channel
The study of fluid flow in channels is fundamental to understanding and optimizing numerous engineering applications, such as cooling systems, microfluidics, and hydraulic systems. This simulation investigates water flow in a two-dimensional (2D) rectangular channel using ANSYS Fluent. The primary focus is on evaluating the velocity profile and pressure distribution along the channel to gain insights into the flow dynamics. By applying appropriate boundary conditions and physical models, the simulation replicates real-world conditions and provides critical data for improving channel performance and efficiency. This analysis is particularly relevant for laminar or turbulent flows, depending on the Reynolds number, and helps identify potential pressure drops or flow uniformity issues within the channel.
Flow Simulation within a 2D channel
The study of fluid flow in channels is fundamental to understanding and optimizing numerous engineering applications, such as cooling systems, microfluidics, and hydraulic systems. This simulation investigates water flow in a two-dimensional (2D) rectangular channel using ANSYS Fluent. The primary focus is on evaluating the velocity profile and pressure distribution along the channel to gain insights into the flow dynamics. By applying appropriate boundary conditions and physical models, the simulation replicates real-world conditions and provides critical data for improving channel performance and efficiency. This analysis is particularly relevant for laminar or turbulent flows, depending on the Reynolds number, and helps identify potential pressure drops or flow uniformity issues within the channel.
Flow Simulation within a 2D channel
The study of fluid flow in channels is fundamental to understanding and optimizing numerous engineering applications, such as cooling systems, microfluidics, and hydraulic systems. This simulation investigates water flow in a two-dimensional (2D) rectangular channel using ANSYS Fluent. The primary focus is on evaluating the velocity profile and pressure distribution along the channel to gain insights into the flow dynamics. By applying appropriate boundary conditions and physical models, the simulation replicates real-world conditions and provides critical data for improving channel performance and efficiency. This analysis is particularly relevant for laminar or turbulent flows, depending on the Reynolds number, and helps identify potential pressure drops or flow uniformity issues within the channel.
Flow Simulation within a 2D channel
The study of fluid flow in channels is fundamental to understanding and optimizing numerous engineering applications, such as cooling systems, microfluidics, and hydraulic systems. This simulation investigates water flow in a two-dimensional (2D) rectangular channel using ANSYS Fluent. The primary focus is on evaluating the velocity profile and pressure distribution along the channel to gain insights into the flow dynamics. By applying appropriate boundary conditions and physical models, the simulation replicates real-world conditions and provides critical data for improving channel performance and efficiency. This analysis is particularly relevant for laminar or turbulent flows, depending on the Reynolds number, and helps identify potential pressure drops or flow uniformity issues within the channel.
Flow Simulation within a 2D channel
The study of fluid flow in channels is fundamental to understanding and optimizing numerous engineering applications, such as cooling systems, microfluidics, and hydraulic systems. This simulation investigates water flow in a two-dimensional (2D) rectangular channel using ANSYS Fluent. The primary focus is on evaluating the velocity profile and pressure distribution along the channel to gain insights into the flow dynamics. By applying appropriate boundary conditions and physical models, the simulation replicates real-world conditions and provides critical data for improving channel performance and efficiency. This analysis is particularly relevant for laminar or turbulent flows, depending on the Reynolds number, and helps identify potential pressure drops or flow uniformity issues within the channel.
Flow Simulation within a 2D channel
The study of fluid flow in channels is fundamental to understanding and optimizing numerous engineering applications, such as cooling systems, microfluidics, and hydraulic systems. This simulation investigates water flow in a two-dimensional (2D) rectangular channel using ANSYS Fluent. The primary focus is on evaluating the velocity profile and pressure distribution along the channel to gain insights into the flow dynamics. By applying appropriate boundary conditions and physical models, the simulation replicates real-world conditions and provides critical data for improving channel performance and efficiency. This analysis is particularly relevant for laminar or turbulent flows, depending on the Reynolds number, and helps identify potential pressure drops or flow uniformity issues within the channel.
Flow Simulation within a 2D channel
The study of fluid flow in channels is fundamental to understanding and optimizing numerous engineering applications, such as cooling systems, microfluidics, and hydraulic systems. This simulation investigates water flow in a two-dimensional (2D) rectangular channel using ANSYS Fluent. The primary focus is on evaluating the velocity profile and pressure distribution along the channel to gain insights into the flow dynamics. By applying appropriate boundary conditions and physical models, the simulation replicates real-world conditions and provides critical data for improving channel performance and efficiency. This analysis is particularly relevant for laminar or turbulent flows, depending on the Reynolds number, and helps identify potential pressure drops or flow uniformity issues within the channel.
Flow Simulation within a 2D channel
11944100
Heat and deformation simulation of welded joints (Fillet)
Heat and deformation simulation of welded joints (Fillet)
Heat and deformation simulation of welded joints (Fillet)
Heat and deformation simulation of welded joints (Fillet)
11944097
Weld Joint Heat and deformation simulation
Weld Joint Heat and deformation simulation
Weld Joint Heat and deformation simulation
Weld Joint Heat and deformation simulation
11500219
System Design: The first step is designing a solar tracking system that can dynamically orient solar panels (in MATLAB’s simulation environment) to capture maximum sunlight and it is capable of rotating and tilting the panels based on the sun's movement. Sun Position Calculation: MATLAB provides robust tools for calculating the position of the sun accurately at any given time and location. By using these capabilities, the sun's azimuth, and altitude angles, which are crucial for aligning the solar panels should be determined. Control Algorithm: Developing an effective control algorithm is essential for achieving precise and efficient solar tracking. Implementation of control strategies using MATLAB, which may include proportional integral-derivative (PID) control, fuzzy logic control, or other advanced control techniques to regulate the movement of the solar tracking system.
Solar tracking system Design and control using MATLAB
11069729
Soil Dynamics
Soil Dynamics
Soil Dynamics
Soil Dynamics
Soil Dynamics
Soil Dynamics
11068790
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
Finite Element Analysis for steel pipes
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Erfarenhet
Project Manager / Mechanical Engineer
mars, 2012 - aug., 2018
•
6 år, 5 månader
Project Division
mars, 2012 - aug., 2018
•
6 år, 5 månader
Six years of experience in majors of Operations Research, Production Planning and Control, Computer Integrated Manufacturing, Metrology and Inspection, Machining and Machine Tool Operations, Engineering Materials , Thermodynamics, Heat-Transfer, Fluid Mechanics, Design, Vibrations, Theory of Machines, Engineering Mechanics and Fluid Flow, Sustainable Energy
mars, 2012 - aug., 2018
•
6 år, 5 månader
Utbildning
University of Moratuwa
2008 - 2013
•
5 år
B.Sc. Eng. (Hons)
Flagga för
Sri Lanka
2008 - 2013
•
5 år
Kvalificeringar
Project Manager / Senior Mechanical Engineer
2018
Project Division
Six years of experience in majors of Operations Research, Production Planning and Control, Computer Integrated Manufacturing, Metrology and Inspection, Machining and Machine Tool Operations, Engineering Materials , Thermodynamics, Heat-Transfer, Fluid Mechanics, Design, Vibrations, Theory of Machines, Engineering Mechanics and Fluid Flow, Sustainable Energy
2018
Medietitlar
Sustainable energy solutions combined with solar wind hybrid systems
TESS summer
This publication relates to introduction of hybrid solar / wind plant design for an isolated island cluster. https://slemaj.sljol.info/articles/abstract/10.4038/slemaj.v21i1.2/
Certifikat
Basic Numeracy - Level 1
Basic Numeracy
P
Preferred Freelancer Program SLA
US English - Level 1
US English
Freelancer Orientation
Freelancer Orientation
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