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Civil Engineering Engineering Mechanical Engineering Physics Report Writing
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Ishan M.

@Is88

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4,9
151

6,6

6,6

97%

Mechanical Engineer (ANSYS/ CFD/ FEA/ SIMULATIONS)

$25 USD/oră

・

Steagul

Sri Lanka (10:10 a.m.)

・

S-a alăturat pe ianuarie 25, 2013

・

4 Recomandări

$25 USD/oră

・

1️⃣ Profile Description I am an experienced engineer specializing in advanced ANSYS-based computational modeling and simulation. I provide high-quality analysis solutions to support design validation, performance optimization, and failure prevention across mechanical and industrial applications. With expertise in ANSYS Workbench, Mechanical, and Fluent, I deliver accurate insights through structural, thermal, and fluid flow simulations. 2️⃣Services Offered ✅3D model setup and meshing in ANSYS ✅Static structural and thermal analysis ✅CFD simulation for fluid flow and heat transfer ✅Modal and harmonic vibration analysis ✅Fatigue assessment and failure prediction ✅Design optimization and performance improvement ✅Detailed technical reports with results and recommendations 3️⃣ Software solutions ✅MATLAB ✅HOMER ✅ANSYS ✅AutoCAD ✅SolidWorks ✅3EPLUS My goal is to provide reliable, data-driven engineering analyses that help improve product safety, durability, and efficiency.

Verificări

La timp

97 %

Conform bugetului

100 %

Rata de acceptare

91 %

Rata de angajare repetată

28 %

Freelancer Engineers Sri Lanka
Vezi toate opțiunile pentru Engineers din Sri Lanka

Portfoliu

Portfoliu

11060419
Office HVAC system

Office HVAC system

Office HVAC system

Office HVAC system

11026148
This simulation contains basic room ventilation system analysis

Ansys Simulations for room HVAC

This simulation contains basic room ventilation system analysis

Ansys Simulations for room HVAC

This simulation contains basic room ventilation system analysis

Ansys Simulations for room HVAC

This simulation contains basic room ventilation system analysis

Ansys Simulations for room HVAC

This simulation contains basic room ventilation system analysis

Ansys Simulations for room HVAC

This simulation contains basic room ventilation system analysis

Ansys Simulations for room HVAC

11029254
This simulation contains AC simulation for a domain with a device added with heat flux

HVAC simulation for domains

This simulation contains AC simulation for a domain with a device added with heat flux

HVAC simulation for domains

This simulation contains AC simulation for a domain with a device added with heat flux

HVAC simulation for domains

This simulation contains AC simulation for a domain with a device added with heat flux

HVAC simulation for domains

11066141
Finite element analysis and stress analysis for pipes

Finite element analysis and stress analysis for pipes

Finite element analysis and stress analysis for pipes

Finite element analysis and stress analysis for pipes

Finite element analysis and stress analysis for pipes

Finite element analysis and stress analysis for pipes

Finite element analysis and stress analysis for pipes

Finite element analysis and stress analysis for pipes

Finite element analysis and stress analysis for pipes

Finite element analysis and stress analysis for 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

11069729
Soil Dynamics

Soil Dynamics

Soil Dynamics

Soil Dynamics

Soil Dynamics

Soil Dynamics

11060419
Office HVAC system

Office HVAC system

Office HVAC system

Office HVAC system

11026148
This simulation contains basic room ventilation system analysis

Ansys Simulations for room HVAC

This simulation contains basic room ventilation system analysis

Ansys Simulations for room HVAC

This simulation contains basic room ventilation system analysis

Ansys Simulations for room HVAC

This simulation contains basic room ventilation system analysis

Ansys Simulations for room HVAC

This simulation contains basic room ventilation system analysis

Ansys Simulations for room HVAC

This simulation contains basic room ventilation system analysis

Ansys Simulations for room HVAC

11029254
This simulation contains AC simulation for a domain with a device added with heat flux

HVAC simulation for domains

This simulation contains AC simulation for a domain with a device added with heat flux

HVAC simulation for domains

This simulation contains AC simulation for a domain with a device added with heat flux

HVAC simulation for domains

This simulation contains AC simulation for a domain with a device added with heat flux

HVAC simulation for domains

11066141
Finite element analysis and stress analysis for pipes

Finite element analysis and stress analysis for pipes

Finite element analysis and stress analysis for pipes

Finite element analysis and stress analysis for pipes

Finite element analysis and stress analysis for pipes

Finite element analysis and stress analysis for pipes

Finite element analysis and stress analysis for pipes

Finite element analysis and stress analysis for pipes

Finite element analysis and stress analysis for pipes

Finite element analysis and stress analysis for 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

11069729
Soil Dynamics

Soil Dynamics

Soil Dynamics

Soil Dynamics

Soil Dynamics

Soil Dynamics

4.9 · 151 recenzii
Recenzii
F

ANSYS Fluent Greenhouse CFD Modeling • ₹5.000 INR

Nicely done as per need...

Fai Z.

@faiz601

•

Steagul

Prayagraj, India

•

27 zile în urmă

Trimite

O

Cold Storage CFD Optimisation • ₹8.000 INR

Project was delivered in time .

Omkar J.

@omkarj75

•

Steagul

Pune, India

•

2 luni în urmă

Trimite

R

ANSYS Auxetic Structure Analysis • €160 EUR

Ishan delivered quality work and shared progress of the work done almost every single day. The the changes requested were made within 24 hours along with the report and result evidences. I would recommend Ishan as he is very professional and skilled in what he does.

Ritu C.

@rtchoudhary17

•

Steagul

Darmstadt, Germany

•

4 luni în urmă

Trimite

Avatarul utilizatorului

Mechanical Engineering Writer • $55 AUD

Thank you for completing the writing project

Asma H.

@AUHBD

•

Steagul

Dhaka, Bangladesh

•

2 ani în urmă

Trimite

D

[Deadline: 1 day max] Translating Python Code to Julia • $5 USD

Help win their next project by telling everyone a little bit about it. Longer reviews give other employers the confidence to hire good freelancers, like , and helps to ensure that employers like you continue to receive nothing but the best quality of work.

Ciro I.

@devspeedvisionit

•

Steagul

Madrid, Spain

•

2 ani în urmă

Trimite

Experiență

Project Manager / Mechanical Engineer

mar., 2012 - aug., 2018

•

6 ani, 5 luni

Project Division

mar., 2012 - aug., 2018

•

6 ani, 5 luni

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

mar., 2012 - aug., 2018

•

6 ani, 5 luni

Educație

University of Moratuwa

2008 - 2013

•

5 ani

B.Sc. Eng. (Hons)

Steagul

Sri Lanka

2008 - 2013

•

5 ani

Calificări

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

Publicații

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/

Certificări

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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Despre

Despre noi Ce presupune Securitate Investori Harta site-ului Relatări Știri Echipă Premii Comunicate de presă Cariere

Termeni

Politica de confidențialitate Termeni și condiții Politica privind drepturile de autor Cod de conduită Taxe și comisioane

Parteneri

Escrow.com LoadshiftWarrior Forum

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