Mechanical Analysis

Ensure the safety and optimal performance of your products and build trust within your client base.
Disclaimer: The portfolio items shown in this website are presented solely for the purpose of demonstrating design, technical, and creative skills. All content is either original, fictional, or based on generic concepts, unless directly specified otherwise. Any resemblance to real products, brands, or entities is purely coincidental. These works are not affiliated with or endorsed by any external brand, company, or organization.

Design, Assemble & Manufacture

Crankshaft designed for high precision manufacturing. Design checked for dynamic and weight balances to ensure top-tier quality.

Product Visualization

Gear sprocket rendered for realistic visualization with depth of field

Technical Documents

Service instructions for reloading a stapler with clear steps.

Mechanical Analysis

The results of analysis on the part for finding stress concentration areas, stress distribution, and maximum stress value for choosing the best material.

Mechanical Optimization

Design, costing and manufacturing time optimization services

Mechanical Analysis & Optimization

Design study to improve model performance and reduce manufacturing and material cost.

Graphic Design

All our graphic design services summarized in a poster. Includes: logo design, poster design, infographic design, package design, illustrations, and many more!

Writing

Writing services for general writing, product manuals and descriptions, etc.

Translation

Translation services between English, Persian, Turkish
Click to see the technical drawing section!

Thickness vs. factor of safety plot for a sheet metal part to better understand the effects of sheet metal thickness for factor of safety of the part.

Thickness vs. factor of safety plot for a sheet metal part to better understand the effects of sheet metal thickness for factor of safety of the part.

A design study done on a sheet metal part to obtain the best material and sheet thickness to maximize factor of safety and minimize final part mass. This helps reduce costs and increase performance by searching for the best sheet thickness and material to use.

A design study done on a sheet metal part to obtain the best material and sheet thickness to maximize factor of safety and minimize final part mass. This helps reduce costs and increase performance by searching for the best sheet thickness and material to use.

Costing analysis and optimization to reduce manufacturing and material cost while ensuring design parameters stay optimal.

Costing analysis and optimization to reduce manufacturing and material cost while ensuring design parameters stay optimal.

An internal combustion engine camshaft designed with accurate camshaft lobe separation angle (LSA) and detail in appearance.

An internal combustion engine camshaft designed for accuracy in valve timing.

An analysis on contact pattern of two stragiht bevel gears to check for performance under a given torque input. Fine mesh was used in the face of target teeth to ensure high accuracy results. Furthermore, different settings were applied to verify against theoretical results. Extensive tests for choosing the right material to withstand the gear wear were made.

The results of an open differential mechanical analysis showing how stress is distributed due to contact with another gear.
Finer mesh applied to areas of higher focus and stress to ensure the study is accurate and valid. This is an advanced technique applied in our studies.
A meticulous process for finding the optimal study parameters for a mechanical analysis on gears, comparing both von mises stress and contact stress values.
The results of an open differential mechanical analysis showing that the results are highly accurate compared to real data and the action line of the gear contact obeys theoretical studies.
Results of the inner side of the open differential ring assembly to show the stress distribution in the root of the ring gear.
No items found.

An analysis done on a sheet metal bracket that will withstand repeated loading and the entire weight of an engine using vibration dampers on it. The mesh was refined in critical areas to ensure result validity. Model was optimized for faster but higher quality analysis. Extensive factor of safety and fatigue studies were also made to provide a complete understand of model performance.

The results of an stress analysis showing the stress distribution on a sheet metal bracket.
Using advanced meshing techniques to apply fine mesh at high-focus areas, the accuracy of study results can be ensured.
An advanced diagnostic on mesh accuracy to ensure the study returns precise values.
A factor of safety mechanical analysis on a sheet metal bracket designed to hold the weight of a whole engine. Using this analysis it can be seen which parts of the bracket require reinforcement.
The stress distribution of a sheet metal bracket designed to withstand the weight of a whole engine. Using this analysis it can be understood which parts are critical and could fail.
No items found.

Suspension control arm of a part inspired by Ford Bronco 2017 suspension control arm analyzed to check for performance under lateral loading, performance, fatigue possibility under repeated loading, and mesh validity.

The results of analysis on the part for finding stress concentration areas, stress distribution, and maximum stress value for choosing the best material.
Results of a mechanical analysis on a suspension upper arm, showing the stress distribution based on a specific loading.
Checking for factor of safety of different parts of a model is one of the various study types we can do. This study allows for knowing how trustable each part of the model is, the probability of failure, and if there is need to reinforce specific parts.
Checking for fatigue probability in our mechanical analysis for parts that undergo repeated loading is one of our most important steps.
One of the various checks and diagnoses we apply on our mechanical analysis projects is checking for the aspect ratio of the mesh elements. This ensures that the values the study outputs are highly trustable.
A very fine mesh applied to specific high-focus areas of the model to ensure results are trustable and valid. This is a crucial step in our mechanical analyses.
No items found.
See available packages!

Suspension control arm of a part inspired by Ford Bronco 2017 suspension control arm analyzed to check for performance under lateral loading, performance, fatigue possibility under repeated loading, and mesh validity.

The results of analysis on the part for finding stress concentration areas, stress distribution, and maximum stress value for choosing the best material.
Results of a mechanical analysis on a suspension upper arm, showing the stress distribution based on a specific loading.
Checking for factor of safety of different parts of a model is one of the various study types we can do. This study allows for knowing how trustable each part of the model is, the probability of failure, and if there is need to reinforce specific parts.
Checking for fatigue probability in our mechanical analysis for parts that undergo repeated loading is one of our most important steps.
One of the various checks and diagnoses we apply on our mechanical analysis projects is checking for the aspect ratio of the mesh elements. This ensures that the values the study outputs are highly trustable.
A very fine mesh applied to specific high-focus areas of the model to ensure results are trustable and valid. This is a crucial step in our mechanical analyses.
No items found.

Thickness vs. factor of safety plot for a sheet metal part to better understand the effects of sheet metal thickness for factor of safety of the part.

Thickness vs. factor of safety plot for a sheet metal part to better understand the effects of sheet metal thickness for factor of safety of the part.

Costing analysis and optimization to reduce manufacturing and material cost while ensuring design parameters stay optimal.

Costing analysis and optimization to reduce manufacturing and material cost while ensuring design parameters stay optimal.
Costing analysis and optimization to reduce manufacturing and material cost while ensuring design parameters stay optimal.

An analysis done on a sheet metal bracket that will withstand repeated loading and the entire weight of an engine using vibration dampers on it. The mesh was refined in critical areas to ensure result validity. Model was optimized for faster but higher quality analysis. Extensive factor of safety and fatigue studies were also made to provide a complete understand of model performance.

The results of an stress analysis showing the stress distribution on a sheet metal bracket.
Using advanced meshing techniques to apply fine mesh at high-focus areas, the accuracy of study results can be ensured.
An advanced diagnostic on mesh accuracy to ensure the study returns precise values.
A factor of safety mechanical analysis on a sheet metal bracket designed to hold the weight of a whole engine. Using this analysis it can be seen which parts of the bracket require reinforcement.
The stress distribution of a sheet metal bracket designed to withstand the weight of a whole engine. Using this analysis it can be understood which parts are critical and could fail.
No items found.

An analysis on contact pattern of two stragiht bevel gears to check for performance under a given torque input. Fine mesh was used in the face of target teeth to ensure high accuracy results. Furthermore, different settings were applied to verify against theoretical results. Extensive tests for choosing the right material to withstand the gear wear were made.

The results of an open differential mechanical analysis showing how stress is distributed due to contact with another gear.
Finer mesh applied to areas of higher focus and stress to ensure the study is accurate and valid. This is an advanced technique applied in our studies.
A meticulous process for finding the optimal study parameters for a mechanical analysis on gears, comparing both von mises stress and contact stress values.
The results of an open differential mechanical analysis showing that the results are highly accurate compared to real data and the action line of the gear contact obeys theoretical studies.
Results of the inner side of the open differential ring assembly to show the stress distribution in the root of the ring gear.
No items found.
See available packages!
Click to see the design optimization and cost reduction sections!

Stress, Performance, and Material Analysis

An analysis on contact pattern of two stragiht bevel gears to check for performance under a given torque input. Fine mesh was used in the face of target teeth to ensure high accuracy results. Furthermore, different settings were applied to verify against theoretical results. Extensive tests for choosing the right material to withstand the gear wear were made.
The results of an open differential mechanical analysis showing how stress is distributed due to contact with another gear.
Finer mesh applied to areas of higher focus and stress to ensure the study is accurate and valid. This is an advanced technique applied in our studies.
A meticulous process for finding the optimal study parameters for a mechanical analysis on gears, comparing both von mises stress and contact stress values.
The results of an open differential mechanical analysis showing that the results are highly accurate compared to real data and the action line of the gear contact obeys theoretical studies.
Results of the inner side of the open differential ring assembly to show the stress distribution in the root of the ring gear.
No items found.

Design Study & Optimization

A design study done on a sheet metal part to obtain the best material and sheet thickness to maximize factor of safety and minimize final part mass. This helps reduce costs and increase performance by searching for the best sheet thickness and material to use.
A design study done on a sheet metal part to obtain the best material and sheet thickness to maximize factor of safety and minimize final part mass. This helps reduce costs and increase performance by searching for the best sheet thickness and material to use.

Design Study & Optimization

Thickness vs. factor of safety plot for a sheet metal part to better understand the effects of sheet metal thickness for factor of safety of the part.
Thickness vs. factor of safety plot for a sheet metal part to better understand the effects of sheet metal thickness for factor of safety of the part.

Manufacturing & Material Cost Reduction

Costing analysis and optimization to reduce manufacturing and material cost while ensuring design parameters stay optimal.
Costing analysis and optimization to reduce manufacturing and material cost while ensuring design parameters stay optimal.

Engine Mount Bracket

An analysis done on a sheet metal bracket that will withstand repeated loading and the entire weight of an engine using vibration dampers on it. The mesh was refined in critical areas to ensure result validity. Model was optimized for faster but higher quality analysis. Extensive factor of safety and fatigue studies were also made to provide a complete understand of model performance.
The results of an stress analysis showing the stress distribution on a sheet metal bracket.
Using advanced meshing techniques to apply fine mesh at high-focus areas, the accuracy of study results can be ensured.
An advanced diagnostic on mesh accuracy to ensure the study returns precise values.
A factor of safety mechanical analysis on a sheet metal bracket designed to hold the weight of a whole engine. Using this analysis it can be seen which parts of the bracket require reinforcement.
The stress distribution of a sheet metal bracket designed to withstand the weight of a whole engine. Using this analysis it can be understood which parts are critical and could fail.
No items found.

Suspension Control Arm

Suspension control arm of a part inspired by Ford Bronco 2017 suspension control arm analyzed to check for performance under lateral loading, performance, fatigue possibility under repeated loading, and mesh validity.
The results of analysis on the part for finding stress concentration areas, stress distribution, and maximum stress value for choosing the best material.
Results of a mechanical analysis on a suspension upper arm, showing the stress distribution based on a specific loading.
Checking for factor of safety of different parts of a model is one of the various study types we can do. This study allows for knowing how trustable each part of the model is, the probability of failure, and if there is need to reinforce specific parts.
Checking for fatigue probability in our mechanical analysis for parts that undergo repeated loading is one of our most important steps.
One of the various checks and diagnoses we apply on our mechanical analysis projects is checking for the aspect ratio of the mesh elements. This ensures that the values the study outputs are highly trustable.
A very fine mesh applied to specific high-focus areas of the model to ensure results are trustable and valid. This is a crucial step in our mechanical analyses.
No items found.
See available packages!
PostersBusiness CardsLogosFlyersCoversIllustrationsWallpapersRecoloring
Note: The information regarding the products, websites, brands, addresses, phone numbers and other similar information used within the design of the following items are imaginary and unreal and are used only for the purpose of demonstration of technical skills. Any coincidental match of this information is unintended.

Posters

Posters created for your use case with graphical elements that match with your theme and brand language.

Business Cards

A design study done on a sheet metal part to obtain the best material and sheet thickness to maximize factor of safety and minimize final part mass. This helps reduce costs and increase performance by searching for the best sheet thickness and material to use.
Business card designs tailored for you and your business. Ensure your clients will call back using our business card services.
The results of an open differential mechanical analysis showing how stress is distributed due to contact with another gear.
Finer mesh applied to areas of higher focus and stress to ensure the study is accurate and valid. This is an advanced technique applied in our studies.
A meticulous process for finding the optimal study parameters for a mechanical analysis on gears, comparing both von mises stress and contact stress values.
The results of an open differential mechanical analysis showing that the results are highly accurate compared to real data and the action line of the gear contact obeys theoretical studies.
Results of the inner side of the open differential ring assembly to show the stress distribution in the root of the ring gear.
No items found.

Flyers

Flyers that catch eyes with appealing design that blends with your brand language.
Icons that show off your content at a glance and with a style that connects with your brand!

Covers

Covers that make any book shine in any shelf with catchy and descriptive design that matches the content of the book.

Illustrations

Suspension control arm of a part inspired by Ford Bronco 2017 suspension control arm analyzed to check for performance under lateral loading, performance, fatigue possibility under repeated loading, and mesh validity.
The results of analysis on the part for finding stress concentration areas, stress distribution, and maximum stress value for choosing the best material.
Results of a mechanical analysis on a suspension upper arm, showing the stress distribution based on a specific loading.
Checking for factor of safety of different parts of a model is one of the various study types we can do. This study allows for knowing how trustable each part of the model is, the probability of failure, and if there is need to reinforce specific parts.
Checking for fatigue probability in our mechanical analysis for parts that undergo repeated loading is one of our most important steps.
One of the various checks and diagnoses we apply on our mechanical analysis projects is checking for the aspect ratio of the mesh elements. This ensures that the values the study outputs are highly trustable.
A very fine mesh applied to specific high-focus areas of the model to ensure results are trustable and valid. This is a crucial step in our mechanical analyses.
No items found.

Wallpapers

Wallpapers designed to make your screen truly yours.

Recoloring

Unlock the true potential of a design by giving it good colors that make it pop.
See available packages!

A design study done on a sheet metal part to obtain the best material and sheet thickness to maximize factor of safety and minimize final part mass. This helps reduce costs and increase performance by searching for the best sheet thickness and material to use.

A design study done on a sheet metal part to obtain the best material and sheet thickness to maximize factor of safety and minimize final part mass. This helps reduce costs and increase performance by searching for the best sheet thickness and material to use.

Costing analysis and optimization to reduce manufacturing and material cost while ensuring design parameters stay optimal.

Costing analysis and optimization to reduce manufacturing and material cost while ensuring design parameters stay optimal.

Suspension control arm of a part inspired by Ford Bronco 2017 suspension control arm analyzed to check for performance under lateral loading, performance, fatigue possibility under repeated loading, and mesh validity.

The results of analysis on the part for finding stress concentration areas, stress distribution, and maximum stress value for choosing the best material.
Results of a mechanical analysis on a suspension upper arm, showing the stress distribution based on a specific loading.
Checking for factor of safety of different parts of a model is one of the various study types we can do. This study allows for knowing how trustable each part of the model is, the probability of failure, and if there is need to reinforce specific parts.
Checking for fatigue probability in our mechanical analysis for parts that undergo repeated loading is one of our most important steps.
One of the various checks and diagnoses we apply on our mechanical analysis projects is checking for the aspect ratio of the mesh elements. This ensures that the values the study outputs are highly trustable.
A very fine mesh applied to specific high-focus areas of the model to ensure results are trustable and valid. This is a crucial step in our mechanical analyses.
No items found.

An analysis done on a sheet metal bracket that will withstand repeated loading and the entire weight of an engine using vibration dampers on it. The mesh was refined in critical areas to ensure result validity. Model was optimized for faster but higher quality analysis. Extensive factor of safety and fatigue studies were also made to provide a complete understand of model performance.

The results of an stress analysis showing the stress distribution on a sheet metal bracket.
Using advanced meshing techniques to apply fine mesh at high-focus areas, the accuracy of study results can be ensured.
An advanced diagnostic on mesh accuracy to ensure the study returns precise values.
A factor of safety mechanical analysis on a sheet metal bracket designed to hold the weight of a whole engine. Using this analysis it can be seen which parts of the bracket require reinforcement.
The stress distribution of a sheet metal bracket designed to withstand the weight of a whole engine. Using this analysis it can be understood which parts are critical and could fail.
No items found.
See available Writing packages!See available Translation packages!
Assembly ManualsRepair / Service ManualsProduct Manuals

Assembly Manuals

An analysis done on a sheet metal bracket that will withstand repeated loading and the entire weight of an engine using vibration dampers on it. The mesh was refined in critical areas to ensure result validity. Model was optimized for faster but higher quality analysis. Extensive factor of safety and fatigue studies were also made to provide a complete understand of model performance.

The results of an stress analysis showing the stress distribution on a sheet metal bracket.
Using advanced meshing techniques to apply fine mesh at high-focus areas, the accuracy of study results can be ensured.
An advanced diagnostic on mesh accuracy to ensure the study returns precise values.
A factor of safety mechanical analysis on a sheet metal bracket designed to hold the weight of a whole engine. Using this analysis it can be seen which parts of the bracket require reinforcement.
The stress distribution of a sheet metal bracket designed to withstand the weight of a whole engine. Using this analysis it can be understood which parts are critical and could fail.
No items found.

An analysis on contact pattern of two stragiht bevel gears to check for performance under a given torque input. Fine mesh was used in the face of target teeth to ensure high accuracy results. Furthermore, different settings were applied to verify against theoretical results. Extensive tests for choosing the right material to withstand the gear wear were made.

The results of an open differential mechanical analysis showing how stress is distributed due to contact with another gear.
Finer mesh applied to areas of higher focus and stress to ensure the study is accurate and valid. This is an advanced technique applied in our studies.
A meticulous process for finding the optimal study parameters for a mechanical analysis on gears, comparing both von mises stress and contact stress values.
The results of an open differential mechanical analysis showing that the results are highly accurate compared to real data and the action line of the gear contact obeys theoretical studies.
Results of the inner side of the open differential ring assembly to show the stress distribution in the root of the ring gear.
No items found.

Repair/Service Manuals

Reload instructions for an imaginary stapler with step-by-step instructions and easy to understand 3D images.

Service instructions for reloading a stapler with clear steps.
Service instructions for reloading a stapler with clear steps.

Product Manuals

Suspension control arm of a part inspired by Ford Bronco 2017 suspension control arm analyzed to check for performance under lateral loading, performance, fatigue possibility under repeated loading, and mesh validity.

The results of analysis on the part for finding stress concentration areas, stress distribution, and maximum stress value for choosing the best material.
Results of a mechanical analysis on a suspension upper arm, showing the stress distribution based on a specific loading.
Checking for factor of safety of different parts of a model is one of the various study types we can do. This study allows for knowing how trustable each part of the model is, the probability of failure, and if there is need to reinforce specific parts.
Checking for fatigue probability in our mechanical analysis for parts that undergo repeated loading is one of our most important steps.
One of the various checks and diagnoses we apply on our mechanical analysis projects is checking for the aspect ratio of the mesh elements. This ensures that the values the study outputs are highly trustable.
A very fine mesh applied to specific high-focus areas of the model to ensure results are trustable and valid. This is a crucial step in our mechanical analyses.
No items found.
See available packages!
Summit Freelance Services™
Established in July 2024, we are a creative and dedicated service provider with a passion of bringing ideas to reality. We provide 3D design, product visualization, 3D animation, technical documents, mechanical analysis, mechanical and design optimization, graphic design, writing, and translation services.
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