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$30 USD / hodinu
Pochází z BOSNIA AND HERZEGOVINA
sarajevo, bosnia and herzegovina
$30 USD / hodinu
Aktuálně je zde 6:27 odp.
Připojil se května 14, 2013
6 Doporučení

Asim C.

@asimcosic

verified.svg
 4,9 (48 recenze)
6,7
6,7
98%
98%
$30 USD / hodinu
Pochází z BOSNIA AND HERZEGOVINA
sarajevo, bosnia and herzegovina
$30 USD / hodinu
98 %
Úspěšně realizované projekty
100 %
V rámci rozpočtu
100 %
Včas
25 %
Poměr opětovného zaměstnání

Mechanical engineering

A highly accomplished, astute and results-oriented professional with years of comprehensive experience in CAD development. An articulate individual equipped with a powerful blend of exceptional skills and high-quality performance in brainstorming, 3D modeling, FEA analysis, and design for manufactory analysis (DFM), 2D drawings (GD&T) and prototyping with focus on manufacturability and quality. A versatile individual possessing an acute awareness of practical issues and trends, particularly accessibility, usability and emerging technologies. Proven success in applying innovative concepts to improve efficiency while ensuring flawless operations through excellent delivery of services. My specialities are : 1. 3D modeling, Rendering (Solidworks, Inventor ) 2. 2D Drawings 3. Shop drawings 4. Mechanical design 5. Mechanical engineering 6. FEA analyssis 7. CFD 8. Prototyping 9. Rapidprotoyping 10. CNC machining 11. 3D printing I would love to hear from you.
Freelancer 3D Modellers Bosnia and Herzegovina
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Portfolio

2995296
Types of analysis (FEA): Linear and non-linear static: Response of structure to critical loads and modeling of contact (allowing analysis of assemblies), non-linear material behavior and large deformations Buckling: Critical compression static load or combination of loads that results in instability Normal modes, frequency response and response spectrum: Response to vibrations and frequency driven excitations. Random response: Response of structure to excitations defined with probabilistic magnitude (spectral density function) Transient, dynamic, vibration and seismic response: Response of structure through time with variations of boundary conditions Impact (implicit and explicit solvers): Response of structure following collision (crash tests and drop tests) Steady state and transient heat transfer: Temperature distribution within a solid body Thermal stress: Stress induced by temperature distribution Fatigue analysis (multi axial and vibration fatigue):
FEA/FEM Analysis
Types of analysis (FEA): Linear and non-linear static: Response of structure to critical loads and modeling of contact (allowing analysis of assemblies), non-linear material behavior and large deformations Buckling: Critical compression static load or combination of loads that results in instability Normal modes, frequency response and response spectrum: Response to vibrations and frequency driven excitations. Random response: Response of structure to excitations defined with probabilistic magnitude (spectral density function) Transient, dynamic, vibration and seismic response: Response of structure through time with variations of boundary conditions Impact (implicit and explicit solvers): Response of structure following collision (crash tests and drop tests) Steady state and transient heat transfer: Temperature distribution within a solid body Thermal stress: Stress induced by temperature distribution Fatigue analysis (multi axial and vibration fatigue):
FEA/FEM Analysis
Types of analysis (FEA): Linear and non-linear static: Response of structure to critical loads and modeling of contact (allowing analysis of assemblies), non-linear material behavior and large deformations Buckling: Critical compression static load or combination of loads that results in instability Normal modes, frequency response and response spectrum: Response to vibrations and frequency driven excitations. Random response: Response of structure to excitations defined with probabilistic magnitude (spectral density function) Transient, dynamic, vibration and seismic response: Response of structure through time with variations of boundary conditions Impact (implicit and explicit solvers): Response of structure following collision (crash tests and drop tests) Steady state and transient heat transfer: Temperature distribution within a solid body Thermal stress: Stress induced by temperature distribution Fatigue analysis (multi axial and vibration fatigue):
FEA/FEM Analysis
Types of analysis (FEA): Linear and non-linear static: Response of structure to critical loads and modeling of contact (allowing analysis of assemblies), non-linear material behavior and large deformations Buckling: Critical compression static load or combination of loads that results in instability Normal modes, frequency response and response spectrum: Response to vibrations and frequency driven excitations. Random response: Response of structure to excitations defined with probabilistic magnitude (spectral density function) Transient, dynamic, vibration and seismic response: Response of structure through time with variations of boundary conditions Impact (implicit and explicit solvers): Response of structure following collision (crash tests and drop tests) Steady state and transient heat transfer: Temperature distribution within a solid body Thermal stress: Stress induced by temperature distribution Fatigue analysis (multi axial and vibration fatigue):
FEA/FEM Analysis
2995280
Computational Fluid Dynamics (CFD) Steady state and transient CFD simulations of internal/external liquid and gas flows Analysis, design and optimization of immersed or surrounding components Optimal turbulence modeling approaches: RANS, URANS, RSM, LES, DES Incompressible, transonic and compressible flows Rotating equipment and moving bodies Multiple reference frames, rotating and sliding interfaces, deformable meshes Fluid-structure interaction Heat transfer and thermal modeling Multiphase and free surface flows Flow mixing
CFD Analysis
Computational Fluid Dynamics (CFD) Steady state and transient CFD simulations of internal/external liquid and gas flows Analysis, design and optimization of immersed or surrounding components Optimal turbulence modeling approaches: RANS, URANS, RSM, LES, DES Incompressible, transonic and compressible flows Rotating equipment and moving bodies Multiple reference frames, rotating and sliding interfaces, deformable meshes Fluid-structure interaction Heat transfer and thermal modeling Multiphase and free surface flows Flow mixing
CFD Analysis
Computational Fluid Dynamics (CFD) Steady state and transient CFD simulations of internal/external liquid and gas flows Analysis, design and optimization of immersed or surrounding components Optimal turbulence modeling approaches: RANS, URANS, RSM, LES, DES Incompressible, transonic and compressible flows Rotating equipment and moving bodies Multiple reference frames, rotating and sliding interfaces, deformable meshes Fluid-structure interaction Heat transfer and thermal modeling Multiphase and free surface flows Flow mixing
CFD Analysis
2995270
3D scanning is not the “easy button” that many think it is. The most critical step in the reverse engineering process is the modeling bridge performed by the applications engineers. Consequently, the reverse engineering process can be quite complex and is very dependent on the skill and expertise of both the engineers doing the work and those managing the project. The better the engineers, the better the results. We have a lot of experience in 3D digitization and reverse engineering for 3D CAD model generation. Our engineers have expertise with quick surfacing and can provide complete reverse engineering solutions to clients with all available class surfaces which also include A-class surfaces. Parametric 3D modeling in generic and native formats Hybrid modeling (2D and 3D scan data) Reconstruction from 3D scanning data, probing, 2D drawings, sketches, etc. Design modification from actual objects Data preparation for digital simulation 3D modeling of objects of all sizes
Reverse engineering
3D scanning is not the “easy button” that many think it is. The most critical step in the reverse engineering process is the modeling bridge performed by the applications engineers. Consequently, the reverse engineering process can be quite complex and is very dependent on the skill and expertise of both the engineers doing the work and those managing the project. The better the engineers, the better the results. We have a lot of experience in 3D digitization and reverse engineering for 3D CAD model generation. Our engineers have expertise with quick surfacing and can provide complete reverse engineering solutions to clients with all available class surfaces which also include A-class surfaces. Parametric 3D modeling in generic and native formats Hybrid modeling (2D and 3D scan data) Reconstruction from 3D scanning data, probing, 2D drawings, sketches, etc. Design modification from actual objects Data preparation for digital simulation 3D modeling of objects of all sizes
Reverse engineering
3D scanning is not the “easy button” that many think it is. The most critical step in the reverse engineering process is the modeling bridge performed by the applications engineers. Consequently, the reverse engineering process can be quite complex and is very dependent on the skill and expertise of both the engineers doing the work and those managing the project. The better the engineers, the better the results. We have a lot of experience in 3D digitization and reverse engineering for 3D CAD model generation. Our engineers have expertise with quick surfacing and can provide complete reverse engineering solutions to clients with all available class surfaces which also include A-class surfaces. Parametric 3D modeling in generic and native formats Hybrid modeling (2D and 3D scan data) Reconstruction from 3D scanning data, probing, 2D drawings, sketches, etc. Design modification from actual objects Data preparation for digital simulation 3D modeling of objects of all sizes
Reverse engineering
2995261
Mold development is initiated on a 3D CAD input and the Base development is undertaken as per DME, HASCO, LKM or any other such standards. Design of Core and Cavity inserts, Moving Cores, Slides and other Components are based on Automatic Parting Line Development. Runners, Gates and Waterlines are positioned as per the material flow analysis. Functional validation is carried out by animation of the assembly.Design of the mould is fully integrated with the manufacturing environment.
Mold/Tool design
Mold development is initiated on a 3D CAD input and the Base development is undertaken as per DME, HASCO, LKM or any other such standards. Design of Core and Cavity inserts, Moving Cores, Slides and other Components are based on Automatic Parting Line Development. Runners, Gates and Waterlines are positioned as per the material flow analysis. Functional validation is carried out by animation of the assembly.Design of the mould is fully integrated with the manufacturing environment.
Mold/Tool design
Mold development is initiated on a 3D CAD input and the Base development is undertaken as per DME, HASCO, LKM or any other such standards. Design of Core and Cavity inserts, Moving Cores, Slides and other Components are based on Automatic Parting Line Development. Runners, Gates and Waterlines are positioned as per the material flow analysis. Functional validation is carried out by animation of the assembly.Design of the mould is fully integrated with the manufacturing environment.
Mold/Tool design
Mold development is initiated on a 3D CAD input and the Base development is undertaken as per DME, HASCO, LKM or any other such standards. Design of Core and Cavity inserts, Moving Cores, Slides and other Components are based on Automatic Parting Line Development. Runners, Gates and Waterlines are positioned as per the material flow analysis. Functional validation is carried out by animation of the assembly.Design of the mould is fully integrated with the manufacturing environment.
Mold/Tool design
2191539
Conveyor with robotic arms
3.0 Conveyor
2191545
Prototype of cable reel for European market
2.0 Cable Reel
2995296
Types of analysis (FEA): Linear and non-linear static: Response of structure to critical loads and modeling of contact (allowing analysis of assemblies), non-linear material behavior and large deformations Buckling: Critical compression static load or combination of loads that results in instability Normal modes, frequency response and response spectrum: Response to vibrations and frequency driven excitations. Random response: Response of structure to excitations defined with probabilistic magnitude (spectral density function) Transient, dynamic, vibration and seismic response: Response of structure through time with variations of boundary conditions Impact (implicit and explicit solvers): Response of structure following collision (crash tests and drop tests) Steady state and transient heat transfer: Temperature distribution within a solid body Thermal stress: Stress induced by temperature distribution Fatigue analysis (multi axial and vibration fatigue):
FEA/FEM Analysis
Types of analysis (FEA): Linear and non-linear static: Response of structure to critical loads and modeling of contact (allowing analysis of assemblies), non-linear material behavior and large deformations Buckling: Critical compression static load or combination of loads that results in instability Normal modes, frequency response and response spectrum: Response to vibrations and frequency driven excitations. Random response: Response of structure to excitations defined with probabilistic magnitude (spectral density function) Transient, dynamic, vibration and seismic response: Response of structure through time with variations of boundary conditions Impact (implicit and explicit solvers): Response of structure following collision (crash tests and drop tests) Steady state and transient heat transfer: Temperature distribution within a solid body Thermal stress: Stress induced by temperature distribution Fatigue analysis (multi axial and vibration fatigue):
FEA/FEM Analysis
Types of analysis (FEA): Linear and non-linear static: Response of structure to critical loads and modeling of contact (allowing analysis of assemblies), non-linear material behavior and large deformations Buckling: Critical compression static load or combination of loads that results in instability Normal modes, frequency response and response spectrum: Response to vibrations and frequency driven excitations. Random response: Response of structure to excitations defined with probabilistic magnitude (spectral density function) Transient, dynamic, vibration and seismic response: Response of structure through time with variations of boundary conditions Impact (implicit and explicit solvers): Response of structure following collision (crash tests and drop tests) Steady state and transient heat transfer: Temperature distribution within a solid body Thermal stress: Stress induced by temperature distribution Fatigue analysis (multi axial and vibration fatigue):
FEA/FEM Analysis
Types of analysis (FEA): Linear and non-linear static: Response of structure to critical loads and modeling of contact (allowing analysis of assemblies), non-linear material behavior and large deformations Buckling: Critical compression static load or combination of loads that results in instability Normal modes, frequency response and response spectrum: Response to vibrations and frequency driven excitations. Random response: Response of structure to excitations defined with probabilistic magnitude (spectral density function) Transient, dynamic, vibration and seismic response: Response of structure through time with variations of boundary conditions Impact (implicit and explicit solvers): Response of structure following collision (crash tests and drop tests) Steady state and transient heat transfer: Temperature distribution within a solid body Thermal stress: Stress induced by temperature distribution Fatigue analysis (multi axial and vibration fatigue):
FEA/FEM Analysis
2995280
Computational Fluid Dynamics (CFD) Steady state and transient CFD simulations of internal/external liquid and gas flows Analysis, design and optimization of immersed or surrounding components Optimal turbulence modeling approaches: RANS, URANS, RSM, LES, DES Incompressible, transonic and compressible flows Rotating equipment and moving bodies Multiple reference frames, rotating and sliding interfaces, deformable meshes Fluid-structure interaction Heat transfer and thermal modeling Multiphase and free surface flows Flow mixing
CFD Analysis
Computational Fluid Dynamics (CFD) Steady state and transient CFD simulations of internal/external liquid and gas flows Analysis, design and optimization of immersed or surrounding components Optimal turbulence modeling approaches: RANS, URANS, RSM, LES, DES Incompressible, transonic and compressible flows Rotating equipment and moving bodies Multiple reference frames, rotating and sliding interfaces, deformable meshes Fluid-structure interaction Heat transfer and thermal modeling Multiphase and free surface flows Flow mixing
CFD Analysis
Computational Fluid Dynamics (CFD) Steady state and transient CFD simulations of internal/external liquid and gas flows Analysis, design and optimization of immersed or surrounding components Optimal turbulence modeling approaches: RANS, URANS, RSM, LES, DES Incompressible, transonic and compressible flows Rotating equipment and moving bodies Multiple reference frames, rotating and sliding interfaces, deformable meshes Fluid-structure interaction Heat transfer and thermal modeling Multiphase and free surface flows Flow mixing
CFD Analysis
2995270
3D scanning is not the “easy button” that many think it is. The most critical step in the reverse engineering process is the modeling bridge performed by the applications engineers. Consequently, the reverse engineering process can be quite complex and is very dependent on the skill and expertise of both the engineers doing the work and those managing the project. The better the engineers, the better the results. We have a lot of experience in 3D digitization and reverse engineering for 3D CAD model generation. Our engineers have expertise with quick surfacing and can provide complete reverse engineering solutions to clients with all available class surfaces which also include A-class surfaces. Parametric 3D modeling in generic and native formats Hybrid modeling (2D and 3D scan data) Reconstruction from 3D scanning data, probing, 2D drawings, sketches, etc. Design modification from actual objects Data preparation for digital simulation 3D modeling of objects of all sizes
Reverse engineering
3D scanning is not the “easy button” that many think it is. The most critical step in the reverse engineering process is the modeling bridge performed by the applications engineers. Consequently, the reverse engineering process can be quite complex and is very dependent on the skill and expertise of both the engineers doing the work and those managing the project. The better the engineers, the better the results. We have a lot of experience in 3D digitization and reverse engineering for 3D CAD model generation. Our engineers have expertise with quick surfacing and can provide complete reverse engineering solutions to clients with all available class surfaces which also include A-class surfaces. Parametric 3D modeling in generic and native formats Hybrid modeling (2D and 3D scan data) Reconstruction from 3D scanning data, probing, 2D drawings, sketches, etc. Design modification from actual objects Data preparation for digital simulation 3D modeling of objects of all sizes
Reverse engineering
3D scanning is not the “easy button” that many think it is. The most critical step in the reverse engineering process is the modeling bridge performed by the applications engineers. Consequently, the reverse engineering process can be quite complex and is very dependent on the skill and expertise of both the engineers doing the work and those managing the project. The better the engineers, the better the results. We have a lot of experience in 3D digitization and reverse engineering for 3D CAD model generation. Our engineers have expertise with quick surfacing and can provide complete reverse engineering solutions to clients with all available class surfaces which also include A-class surfaces. Parametric 3D modeling in generic and native formats Hybrid modeling (2D and 3D scan data) Reconstruction from 3D scanning data, probing, 2D drawings, sketches, etc. Design modification from actual objects Data preparation for digital simulation 3D modeling of objects of all sizes
Reverse engineering
2995261
Mold development is initiated on a 3D CAD input and the Base development is undertaken as per DME, HASCO, LKM or any other such standards. Design of Core and Cavity inserts, Moving Cores, Slides and other Components are based on Automatic Parting Line Development. Runners, Gates and Waterlines are positioned as per the material flow analysis. Functional validation is carried out by animation of the assembly.Design of the mould is fully integrated with the manufacturing environment.
Mold/Tool design
Mold development is initiated on a 3D CAD input and the Base development is undertaken as per DME, HASCO, LKM or any other such standards. Design of Core and Cavity inserts, Moving Cores, Slides and other Components are based on Automatic Parting Line Development. Runners, Gates and Waterlines are positioned as per the material flow analysis. Functional validation is carried out by animation of the assembly.Design of the mould is fully integrated with the manufacturing environment.
Mold/Tool design
Mold development is initiated on a 3D CAD input and the Base development is undertaken as per DME, HASCO, LKM or any other such standards. Design of Core and Cavity inserts, Moving Cores, Slides and other Components are based on Automatic Parting Line Development. Runners, Gates and Waterlines are positioned as per the material flow analysis. Functional validation is carried out by animation of the assembly.Design of the mould is fully integrated with the manufacturing environment.
Mold/Tool design
Mold development is initiated on a 3D CAD input and the Base development is undertaken as per DME, HASCO, LKM or any other such standards. Design of Core and Cavity inserts, Moving Cores, Slides and other Components are based on Automatic Parting Line Development. Runners, Gates and Waterlines are positioned as per the material flow analysis. Functional validation is carried out by animation of the assembly.Design of the mould is fully integrated with the manufacturing environment.
Mold/Tool design
2191539
Conveyor with robotic arms
3.0 Conveyor
2191545
Prototype of cable reel for European market
2.0 Cable Reel

Recenze

Změny byly uloženy
Zobrazeno 1 - 5 z 48 recenzí
Filtrovat recenze podle:
5,0
€500,00 EUR
načrt v solidworks
Wery profesional and good quality.
CAD/CAM
Solidworks
Mechanical Engineering
Manufacturing Design
3D Modelling
D
Pochází z Damjan S.
@damjansumak
•
před 5 roky
5,0
$2 000,00 USD
3D Modeling Modular Power Supply Mechanical Interface (Fusion 360 Preferred)
It was good to work with Asim. He took my rough drawings and models and brought them up to a higher quality package to release to vendors. None of the vendors had issues with the 3D models since he already add proper draft angles. He did both sheet metal and 3D model for my mechanical interface. On the sheet metal work he added features for extra strength which I had not previously considered.
K
Pochází z Kelly C.
@kellycoffey
•
před 6 roky
5,0
€35,00 EUR
Project for Asim C. -- 2
Excellent work Will use again
CAD/CAM
3D Rendering
Solidworks
Mechanical Engineering
3D Modelling
+1 dalších
B
Pochází z Bernard B.
@BryceBernard
•
před 6 roky
5,0
€44,00 EUR
Project for Asim C.
Great Job, Prompt, with Clear communication, made the job easy.
CAD/CAM
3D Rendering
Solidworks
Mechanical Engineering
3D Modelling
+1 dalších
B
Pochází z Bernard B.
@BryceBernard
•
před 6 roky
5,0
£100,00 GBP
Product Design
Asim has done a great job and delivered much quicker than expected.
S
Pochází z Mariano C.
@SimbiosisBI
•
před 6 roky

Zkušenosti

Head Engineer

ARGERR d.o.o.
říj 2015 - Současnost
ARGERR d.o.o. is company which work in field of mechanical engineering, reverse engineering and architectural design.

Solidworks designer

BIHkey Production
led 2013 - led 2015 (2 roky)
Prototyping, design, 3D modeling

Vzdělání

Master degree

Univerzitet u Sarajevu, Bosnia and Herzegovina 2012 - 2015
(3 roky)

Bachelor\'s Degree

Univerzitet u Sarajevu, Bosnia and Herzegovina 2009 - 2012
(3 roky)

Publikace

Super Bike

www.radiosarajevo.ba
http://radiosarajevo.ba/novost/158647/evo-kako-izgleda-pinki-superbrzi-motocikl-koji-razvijaju-sarajevski-studenti-fotovideo

Pinki super bike

http://www.klix.ba
http://www.klix.ba/scitech/tehnologija/pogledajte-kako-izgleda-superbrzi-motocikl-sarajevskih-studenata/140714101

Kontaktujte Asim C. ohledně vaší práce

Přihlaste se a proberte všechny podrobnosti prostřednictvím chatu.

Ověření

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Osvědčení

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Top dovednosti

3D Modelling 37
Solidworks 26
Mechanical Engineering 17
CAD/CAM 12
AutoCAD 12

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