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What is SAM Mechanism Software and How to Download It?
SAM Mechanism Software is a powerful and easy-to-use tool for designing, simulating, analyzing and optimizing planar mechanisms and drive systems. It is developed by Artas Engineering Software, a company that specializes in mechanism design and analysis software. SAM Mechanism Software can help you create complex mechanisms, perform motion and force analysis, optimize your design with evolutionary algorithms, and export your results to CAD software or DXF files. SAM Mechanism Software is used by teachers, students, design engineers and specialists in various fields of engineering and science.
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If you are interested in SAM Mechanism Software, you can download it from the official website of Artas Engineering Software. You can request a free trial license for 30 days, or purchase a full license for a reasonable price. You can also find video tutorials, application notes, examples and references on the website to help you learn how to use SAM Mechanism Software effectively. SAM Mechanism Software is compatible with Windows 10, 8.1, 8, 7, Vista and XP.
SAM Mechanism Software has many features that make it a unique and versatile tool for mechanism design and analysis. Some of the features are:
General: You can design planar mechanisms with various types of elements, such as beams, sliders, springs, belts, gears, rack-and-pinions, non-linear springs and curved sliders. You can also import data from text files or CAD software, and export your results to DXF files or CAD software.
Analysis Results: You can perform kinematic and dynamic analysis of your mechanisms, and obtain various results such as positions, angles, lengths, velocities, accelerations, forces and torques. You can also define your own expressions to calculate custom results.
Input Motion: You can define the input motion of your mechanisms using standard profiles, such as harmonic, polynomial, cycloidal or user-defined profiles. You can also use text files to import data for the input motion. You can have multiple actuators in your mechanisms.
Optimization: You can optimize your mechanisms using a mixed evolutionary algorithm and Simplex approach. You can optimize any geometry parameter or user expression, and define constraints for the optimization. You can also optimize the function or path of your mechanisms.
Design Wizards: You can use design wizards to generate mechanisms that meet specific requirements. For example, you can generate four-bar mechanisms that match a given angle-function or exact linear guiding.
SAM Mechanism Software is a great tool for anyone who wants to learn or practice mechanism design and analysis. It is also a valuable tool for professionals who need to create or improve their mechanism designs. SAM Mechanism Software is easy to learn and use, but also advanced and powerful. If you want to download SAM Mechanism Software, you can visit the official website of Artas Engineering Software and request a free trial or purchase a full license. How to Use SAM Mechanism Software?
Using SAM Mechanism Software is easy and intuitive. You can follow these steps to create and analyze your own mechanisms:
Start a new project: You can start a new project by clicking on the New button on the toolbar, or by selecting File > New from the menu. You can also open an existing project by clicking on the Open button on the toolbar, or by selecting File > Open from the menu.
Add elements: You can add elements to your mechanism by clicking on the corresponding buttons on the toolbar, or by selecting them from the Elements menu. You can choose from various types of elements, such as beams, sliders, springs, belts, gears, rack-and-pinions, non-linear springs and curved sliders. You can also import elements from text files or CAD software.
Edit properties: You can edit the properties of your elements by double-clicking on them, or by selecting them and clicking on the Properties button on the toolbar. You can change the geometry parameters, such as length, angle, position and orientation. You can also change the material properties, such as mass, stiffness and damping. You can also define user expressions for custom properties.
Define input motion: You can define the input motion of your mechanism by clicking on the Motion button on the toolbar, or by selecting Motion > Input Motion from the menu. You can choose from standard profiles, such as harmonic, polynomial, cycloidal or user-defined profiles. You can also use text files to import data for the input motion. You can have multiple actuators in your mechanism.
Analyze results: You can analyze the results of your mechanism by clicking on the Analyze button on the toolbar, or by selecting Analyze > Analyze Mechanism from the menu. You can choose to perform kinematic or dynamic analysis. You can obtain various results, such as positions, angles, lengths, velocities, accelerations, forces and torques. You can also define your own expressions to calculate custom results. You can view the results in tables, graphs or animations.
Optimize design: You can optimize your mechanism by clicking on the Optimize button on the toolbar, or by selecting Analyze > Optimize Mechanism from the menu. You can optimize any geometry parameter or user expression, and define constraints for the optimization. You can also optimize the function or path of your mechanism. You can use a mixed evolutionary algorithm and Simplex approach to find the optimal solution.
Export results: You can export your results to DXF files or CAD software by clicking on the Export button on the toolbar, or by selecting File > Export from the menu. You can choose to export your mechanism geometry, motion data or analysis results.
SAM Mechanism Software is a user-friendly and powerful tool for mechanism design and analysis. It can help you create complex mechanisms, perform motion and force analysis, optimize your design with evolutionary algorithms, and export your results to CAD software or DXF files. SAM Mechanism Software is suitable for teaching, learning and practicing mechanism design and analysis. It is also a valuable tool for professionals who need to create or improve their mechanism designs.
If you want to learn more about SAM Mechanism Software, you can visit the official website of Artas Engineering Software and request a free trial or purchase a full license. You can also find video tutorials, application notes, examples and references on the website to help you learn how to use SAM Mechanism Software effectively. Conclusion
SAM Mechanism Software is a powerful and easy-to-use tool for designing, simulating, analyzing and optimizing planar mechanisms and drive systems. It is developed by Artas Engineering Software, a company that specializes in mechanism design and analysis software. SAM Mechanism Software can help you create complex mechanisms, perform motion and force analysis, optimize your design with evolutionary algorithms, and export your results to CAD software or DXF files. SAM Mechanism Software is used by teachers, students, design engineers and specialists in various fields of engineering and science.
SAM Mechanism Software has many features that make it a unique and versatile tool for mechanism design and analysis. You can design planar mechanisms with various types of elements, such as beams, sliders, springs, belts, gears, rack-and-pinions, non-linear springs and curved sliders. You can also import data from text files or CAD software, and export your results to DXF files or CAD software. You can perform kinematic and dynamic analysis of your mechanisms, and obtain various results such as positions, angles, lengths, velocities, accelerations, forces and torques. You can also define your own expressions to calculate custom results. You can define the input motion of your mechanisms using standard profiles, such as harmonic, polynomial, cycloidal or user-defined profiles. You can also use text files to import data for the input motion. You can have multiple actuators in your mechanisms. You can optimize your mechanisms using a mixed evolutionary algorithm and Simplex approach. You can optimize any geometry parameter or user expression, and define constraints for the optimization. You can also optimize the function or path of your mechanisms. You can use design wizards to generate mechanisms that meet specific requirements. For example, you can generate four-bar mechanisms that match a given angle-function or exact linear guiding.
SAM Mechanism Software is suitable for various applications in different fields of engineering and science. You can use SAM Mechanism Software to design and analyze robotic mechanisms, biomechanical systems, mechanical devices, civil structures, etc. You can also use SAM Mechanism Software to teach and learn mechanism design and analysis. You can create interactive exercises and demonstrations for your students or yourself. You can also use design wizards to generate mechanisms that meet specific requirements.
If you want to learn more about SAM Mechanism Software, you can visit the official website of Artas Engineering Software and request a free trial or purchase a full license. You can also find video tutorials, application notes, examples and references on the website to help you learn how to use SAM Mechanism Software effectively.
We hope this article has given you an overview of what SAM Mechanism Software is and how to download it. We hope you