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$30 USD / hour
Flag of INFlag of IN
vadnagar, india
$30 USD / hour
It's currently 6:06 AM here
Joined April 28, 2016
8 Recommendations

Neocent Engineering

@krupal599

4.8 (69 reviews)
4.8 (69 reviews)
6.3
6.3
$30 USD / hour
Flag of INFlag of IN
vadnagar, india
$30 USD / hour
99%
Jobs Completed
94%
On Budget
86%
On Time
12%
Repeat Hire Rate

FEA I CFD I EQUIPMENT DESIGNER

Neocent Engineering Pvt Ltd ( ISO 9001: 2015 Certified Company) with over a decade of rich experience as a Mechanical Engineer/Designer. We love working on projects that challenge me as it encompasses my interests in CAD-modeling, CAE-analysis, Design, and Product visualization. In today’s highly saturated market it is necessary to have impressive CAD/CAE ( FEA and CFD ) and visualization skills to stand out against the competition. I help companies of all sizes in the need to get there product to the next level. Excellent feedback speaks about my expertise, knowledge, and quality! Neocent Engineering Service :  Conceptual Engineering  Product Design and Development  Product Sustaining Engineering  Plant & Equipment Detailed Engineering  As-Built Documentation  Finite Element Analysis  Computational Fluid Dynamics  Consulting, Engineering, and Training Always love making new products and designing them from scratch, let me know if we can help you with anything.
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Mechanical Engineers
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Portfolio Items

NEOCENT engineer and supply offshore containers, baskets, tanks, and equipment designed and manufactured in accordance with DNV 2.7-1/EN12079/ISO standards. These regulations define a shipping container that meets size, strength, and durability requirements. The basis of these regulations is to guarantee that the container can withstand extreme environments endured during transport as well as possess the structural integrity needed to be lifted by cranes or other heavy equipment.
DNV STANDARD NO.2.7-1 OFFSHORE CONTAINERS
NEOCENT engineer and supply offshore containers, baskets, tanks, and equipment designed and manufactured in accordance with DNV 2.7-1/EN12079/ISO standards. These regulations define a shipping container that meets size, strength, and durability requirements. The basis of these regulations is to guarantee that the container can withstand extreme environments endured during transport as well as possess the structural integrity needed to be lifted by cranes or other heavy equipment.
DNV STANDARD NO.2.7-1 OFFSHORE CONTAINERS
NEOCENT engineer and supply offshore containers, baskets, tanks, and equipment designed and manufactured in accordance with DNV 2.7-1/EN12079/ISO standards. These regulations define a shipping container that meets size, strength, and durability requirements. The basis of these regulations is to guarantee that the container can withstand extreme environments endured during transport as well as possess the structural integrity needed to be lifted by cranes or other heavy equipment.
DNV STANDARD NO.2.7-1 OFFSHORE CONTAINERS
Structural Analysis of material handling machines. Crane element connections (pins, hinges, bolted flange, welding) strength calculation.

During the crane design stage, the FEM analysis helps to find the best design of the crane structure and find the plates necessary thickness
For repair procedure/modification (i.e. crane capacity, outreach) it is used to check the strength of the repaired/modified structure, decide about reinforcement necessity, and assess its strength.
Structural Design of auxiliary elements and constructions during repair/modernization like lugs, lifting towers, brackets etc.
Lifting arrangement of heavy lifts analysis of lifting lugs, lifting beam, forces in rope definition, checking the necessity of the structure local reinforcement for crane lifting.
Design and Validation on Crane lashing structure.
Structural Analysis of material handling machines. Crane element connections (pins, hinges, bolted flange, welding) strength calculation.

During the crane design stage, the FEM analysis helps to find the best design of the crane structure and find the plates necessary thickness
For repair procedure/modification (i.e. crane capacity, outreach) it is used to check the strength of the repaired/modified structure, decide about reinforcement necessity, and assess its strength.
Structural Design of auxiliary elements and constructions during repair/modernization like lugs, lifting towers, brackets etc.
Lifting arrangement of heavy lifts analysis of lifting lugs, lifting beam, forces in rope definition, checking the necessity of the structure local reinforcement for crane lifting.
Design and Validation on Crane lashing structure.
Structural Analysis of material handling machines. Crane element connections (pins, hinges, bolted flange, welding) strength calculation.

During the crane design stage, the FEM analysis helps to find the best design of the crane structure and find the plates necessary thickness
For repair procedure/modification (i.e. crane capacity, outreach) it is used to check the strength of the repaired/modified structure, decide about reinforcement necessity, and assess its strength.
Structural Design of auxiliary elements and constructions during repair/modernization like lugs, lifting towers, brackets etc.
Lifting arrangement of heavy lifts analysis of lifting lugs, lifting beam, forces in rope definition, checking the necessity of the structure local reinforcement for crane lifting.
Design and Validation on Crane lashing structure.
Structural Analysis of material handling machines. Crane element connections (pins, hinges, bolted flange, welding) strength calculation.

During the crane design stage, the FEM analysis helps to find the best design of the crane structure and find the plates necessary thickness
For repair procedure/modification (i.e. crane capacity, outreach) it is used to check the strength of the repaired/modified structure, decide about reinforcement necessity, and assess its strength.
Structural Design of auxiliary elements and constructions during repair/modernization like lugs, lifting towers, brackets etc.
Lifting arrangement of heavy lifts analysis of lifting lugs, lifting beam, forces in rope definition, checking the necessity of the structure local reinforcement for crane lifting.
Design and Validation on Crane lashing structure.
Structural Analysis of material handling machines. Crane element connections (pins, hinges, bolted flange, welding) strength calculation.

During the crane design stage, the FEM analysis helps to find the best design of the crane structure and find the plates necessary thickness
For repair procedure/modification (i.e. crane capacity, outreach) it is used to check the strength of the repaired/modified structure, decide about reinforcement necessity, and assess its strength.
Structural Design of auxiliary elements and constructions during repair/modernization like lugs, lifting towers, brackets etc.
Lifting arrangement of heavy lifts analysis of lifting lugs, lifting beam, forces in rope definition, checking the necessity of the structure local reinforcement for crane lifting.
Design and Validation on Crane lashing structure.
Neocent Engineering :
-Heat Transfer Analysis of Diesel Engine Head, Fins, Combustion Chamber, Boiler, Burner, Heat Pipes, Building, Gas Turbine Blades, Two-Pass Cooling.
-Hydrodynamic Analysis of Side By Side Offloading, Offshore Lng Terminals, Hydrofoils, Submersible Vehicles, Propellers, Impellers, Marine - Structures, Surface Water Modeling and Marine Plant.
-Aerodynamic Analysis for Airborne Particle, Aircraft wing and body analysis, Fan and Rotor Design, Wind turbine blade design, Vortex Shedding
-Combustion Analysis for Power Plants, IC Engines, Gas Turbines, Burners, Boilers, Furnaces, etc.
-Fluid-Structure Interaction Simulations of Gas turbine Blades, Rotors Blades, Wind Turbine Airfoils.
-Turbo-machinery Analysis for Axial and Centrifugal Pump.
Design and Optimization 1.5-2 MW HP turbine
We specialize in delivering design optimization services through CFD across enlisted areas:

-Aerodynamic Analysis
-CFD Combustion Analysis
-CFD Fluid-Structure Interaction(FSI)
-CFD Heat Transfer Analysis
-CFD HVAC Analysis
-CFD Hydrodynamic Analysis
-CFD Multiphase Flow Analysis
-CFD Turbomachinery Analysis.
Research and analysis of synthetic jet actuator
We specialize in delivering design optimization services through FEA across enlisted areas:

-Structural analysis of various industrial components for storage for stability and seismic vibrations
-Fracture analysis and design validation for limiting cases
-Life assessment tests against fatigue loading and pressure
-Study of component behavior for impact loading and design validation
-Design optimization to withstand designed values of pressure and stress

We specialize in delivering design optimization services through CFD across enlisted areas:

-Aerodynamic Analysis
-CFD Combustion Analysis
-CFD Fluid-Structure Interaction(FSI)
-CFD Heat Transfer Analysis
-CFD HVAC Analysis
-CFD Hydrodynamic Analysis
-CFD Multiphase Flow Analysis
-CFD Turbomachinery Analysis
Neocent Engineering Services
We specialize in delivering design optimization services through FEA across enlisted areas:

-Structural analysis of various industrial components for storage for stability and seismic vibrations
-Fracture analysis and design validation for limiting cases
-Life assessment tests against fatigue loading and pressure
-Study of component behavior for impact loading and design validation
-Design optimization to withstand designed values of pressure and stress

We specialize in delivering design optimization services through CFD across enlisted areas:

-Aerodynamic Analysis
-CFD Combustion Analysis
-CFD Fluid-Structure Interaction(FSI)
-CFD Heat Transfer Analysis
-CFD HVAC Analysis
-CFD Hydrodynamic Analysis
-CFD Multiphase Flow Analysis
-CFD Turbomachinery Analysis
Neocent Engineering Services
We specialize in delivering design optimization services through FEA across enlisted areas:

-Structural analysis of various industrial components for storage for stability and seismic vibrations
-Fracture analysis and design validation for limiting cases
-Life assessment tests against fatigue loading and pressure
-Study of component behavior for impact loading and design validation
-Design optimization to withstand designed values of pressure and stress

We specialize in delivering design optimization services through CFD across enlisted areas:

-Aerodynamic Analysis
-CFD Combustion Analysis
-CFD Fluid-Structure Interaction(FSI)
-CFD Heat Transfer Analysis
-CFD HVAC Analysis
-CFD Hydrodynamic Analysis
-CFD Multiphase Flow Analysis
-CFD Turbomachinery Analysis
Neocent Engineering Services
We specialize in delivering design optimization services through FEA across enlisted areas:

-Structural analysis of various industrial components for storage for stability and seismic vibrations
-Fracture analysis and design validation for limiting cases
-Life assessment tests against fatigue loading and pressure
-Study of component behavior for impact loading and design validation
-Design optimization to withstand designed values of pressure and stress

We specialize in delivering design optimization services through CFD across enlisted areas:

-Aerodynamic Analysis
-CFD Combustion Analysis
-CFD Fluid-Structure Interaction(FSI)
-CFD Heat Transfer Analysis
-CFD HVAC Analysis
-CFD Hydrodynamic Analysis
-CFD Multiphase Flow Analysis
-CFD Turbomachinery Analysis
Neocent Engineering Services
In the structural analysis of railway rolling stock, specifically in frame structures of vehicles, the consideration of suspension systems (bogies) in its Finite Element Analysis becomes highly relevant: it allows to characterize (in the most realistic way possible) the bogie rigidity transmitted to the frame structure, according to the requirements of the standard “UNE-EN 12663 (2014) Structural requirements of railway vehicle bodies”.

The difference between the consideration or no consideration of the suspension system in the finite element analysis can be easily quantified. The results can be compared by analyzing the simulation of a multi-axle railway frame, applying the finite element method, and using ANSYS software. For this purpose, two calculation models must be compared:

-Model implementing the suspension system.
-Model without the implementation of the suspension system
STRUCTURAL ANALYSIS OF RAILWAY ROLLING STOCK INCORPORATING

Reviews

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Showing 1 - 5 out of 50+ reviews
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4.2
$750.00 USD
They are very professional young engineers. They will go thru with you all the details and make sure you are satisfied with outcome.
3D Rendering
AutoCAD
3ds Max
3D Modelling
3D Animation
K
Flag of US Kevin D. @Kazimdemir3781
2 days ago
4.0
₹45,000.00 INR
it was nice experience working with neocent engineering, took little longer than committed.However the work completed with quality and was really helpful. looking forward to work with the team again in future.
Solidworks
Mechanical Engineering
Structural Engineering
Academic Writing
MATLAB
P
Flag of IN Parameswar S. @parameswar2994
1 month ago
5.0
$300.00 AUD
Really skilled and great communication. Went beyond what I expected.
Engineering
CAD/CAM
Solidworks
Mechanical Engineering
Finite Element Analysis
G
Flag of AU Gareth W. @gmwallis
4 months ago
5.0
$400.00 USD
Very good quality of work! Good communication skills as well.
Research
Mechanical Engineering
Materials Engineering
Finite Element Analysis
Ansys
A
Flag of BN Mohamed Hamizan S. @AnnaPK12
7 months ago
5.0
$500.00 USD
Definitely we will work again. He is talented, good communicator and elaborate. Thanks.
Engineering
3D Rendering
Solidworks
Mechanical Engineering
3D Modelling
M
Flag of TR Mustafa B. @mstfbcr
8 months ago

Experience

Design Engineer (Co_Founder)

NEOCENT DESIGN AND INNOVATION
Dec 2016 - Present
Neocent focuses on building strong customer relationships by providing exceptional service with integrity, honesty and fairness, while paying close attention to completion deadlines. Our Services: -Engineering Design & Drafting -CAE Services: CFD and FEA -Reverse Engineering -Rapid Prototyping and Product Design -Value Engineering and PLM Services -Technical Documentation

FEA Engineer

Chem process system pvt ltd
Jul 2014 - Present
Thermal&Mechanical Design of pressure vessel, Heat exchange,vaccume system,piping arrangement , as well as all process equipment in compress as well as PV-Elite software. 3D modeling on Solidwork & solid Edge. Simulation FEA in ANSYS.

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preferredfreelancer-1.png Preferred Freelancer Program SLA 1 92% numeracy_1.png Basic Numeracy 1 91% us_eng_1.png US English 1 80%

Top Skills

Mechanical Engineering 62 Engineering 55 Finite Element Analysis 50 CAD/CAM 45 Solidworks 43
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