Unleash your engineering creativity: Participate in the Altair Global Student Contest
Altair EmployeeAttention, aspiring engineers, and design enthusiasts! Are you ready to showcase your talent and push the boundaries of innovation? We invite you to participate in our Altair Global Student Contest, where you can dive into the fascinating world of topology optimization. This contest provides a platform to unleash your creativity, explore the capabilities of Altair Inspire, and compete among a global community of talented individuals. By participating, you not only have the chance to win prestigious recognition and prizes but also gain invaluable real-world experience in the field of engineering design. Join the Altair Global Student Contest today and let your optimized designs make a lasting impact on the world of engineering. Visit the link to get more details about the contest - https://web.altair.com/global-student-contest-2023
If you're unsure where to begin or seek inspiration to fuel your imagination, fear not! We have curated a collection of remarkable examples that highlight the immense potential of Altair Inspire software. Prepare to embark on a journey of innovation, where you can redefine what is possible in the realm of engineering design. Let's explore some of these inspiring examples:
- Modelling and Optimization of a lifting hook in Altair Inspire:
By reducing material usage without compromising structural integrity, topology optimization enables the realization of elegant, lightweight designs.
- Optimizing Topology – Maximize Stiffness with Altair Inspire:
Explore how topology optimization can maximize stiffness and enhance the performance of your designs.
How to access the model file?
1. Open Altair Inspire software.
2. Press F7 to open the Demo Browser.
3. Double-click the y-bracket.stmod file to load it in the modeling window.
- Optimizing a 2D surface with Altair Inspire:
Discover how Altair Inspire enables the optimization of 2D surfaces.
How to access the model file?
1. Open Altair Inspire software.
2. Press F7 to open the Demo Browser.
3. Double-click the 2dtopology_and_contact.stmod file to load it in the modeling window.
- Topology Optimization of a Knuckle of a Student Car using Altair Inspire:
Witness the application of topology optimization in the design of a student car's knuckle component, achieving optimal performance.
- Topology Optimization of a student car gear component using Altair Inspire:
Explore how topology optimization enables the creation of complex, yet manufacturable designs.
Click here to access the model file
- Topology Optimization of a Suspension Mounting using Altair Inspire:
Experience the optimization of suspension mounting, unlocking its full potential for enhanced performance.
Click here to access the model file
- Topology Optimization of an acceleration pedal component using Altair Inspire:
Discover the optimization of an acceleration pedal component, achieving optimal design and functionality.
Click here to access the model file
- Formula race car chassis design using Altair Inspire:
Witness the creation of a formula race car chassis, leveraging Altair Inspire for advanced engineering design.