Lightweighting Webinar Series
A&D companies are challenged by rising operating costs and more stringent environmental commitments. Employing engineering simulation is the only way to effectively address these issues and accelerate critical digital transformation efforts.
ANSYS offers the broadest set of engineering simulation capabilities, which can be deployed pervasively from ideation through manufacturing and operation. No matter your need — engine design, thermal and fatigue analysis or additive manufacturing — we have the solution. Our simulations empower you to create more fuel-efficient products that comply with environmental standards, utilize innovative propulsion systems and achieve reductions in weight and drag.
This webinar series focuses on our lightweighting capabilities, which will help solve your toughest A&D engineering problems.
Webinars on Demand
Composite Part Optimization using ANSYS DesignXplorer and MultiMechanics
MultiMechanics and ANSYS are excited to announce the new MultiMech plug-in for ANSYS Mechanical, which is fully compatible with ANSYS DesignXplorer. Using this tool, engineers are now able to optimize components at both the part level AND the microstructural levels. Material variables in MultiMech can be defined as a DesignXplorer parameter for design studies. These controlled parameters include constituent material strength and stiffness, volume fraction and inclusion type.
This webinar also demonstrates how an engineer or scientist would use MultiMech to optimize a part comprised of multiple types of advanced materials.
Presenter: Hayden Cornwell, MultiMechanics and Simon Pereira, ANSYS
ANSYS Composite Cure Simulation
Tool designers frequently try to compensate distortions based on their experience and trial-and-error testing. This can work for simple geometries, but not for complex ones. The time and effort to manually compensate parts can be huge.
Over the last decade, we have been advancing the capabilities of ANSYS Mechanical to address the unique challenges of composite finite element analysis (FEA) simulation. The ANSYS Composite Cure Simulation (ACCS) can quickly solve curing problems in cases where experience falls short.
In this webinar, you will learn how ACCS was used in the design of 170 molds for the Airbus A350 XWB, as well as for other applications.
Presenter: Douglas Weber-Steinhaus
Today, the challenges around — and expectations for — new products continue to increase. Product weight, in addition to function and speed to market, is a huge consideration in development. The benefits of saving weight are twofold. First, in the transportation industry, less weight means direct energy savings in the form of electricity and fuel. Second, saving material cuts production costs, which favorably impacts sales margins.
ANSYS offers three solutions to generate topology-optimized (TO) designs, which overcome manufacturing constraints (maximum thickness, pull-out, overhang) for lightweighting designs. Each can be tailored to your production process (casting, additive manufacturing, etc.).
In this webinar, we will demonstrate the workflows — from geometry through validation — for all the available TO methods for lightweighting structures.
Presenter: Sebastian Stahn
Making Your Lightweight Designs a Reality with Additive Manufacturing
Lightweighting through design for additive manufacturing (DfAM) has gained a lot of attention recently. And, while performing topology optimizations or applying lattices for your additive manufactured product is beneficial and in many cases critical, it is also necessary to validate and optimize these designs to ensure accurately printed parts and avoid unnecessary, expensive iterations. ANSYS offers a comprehensive and scalable software solution for additive, which minimizes the risks within your additive manufacturing processes and delivers high-quality, certifiable parts.
In this webinar, we will see how a user ran a part through a series of validations to produce a truly functional lightweight structure on a metal 3D printer.
Avoid Lightweighting Disappointment Through Poor Choice of Materials
One of the main strategies for lightweighting is to use materials with higher specific strength or stiffness. For example, replacing steel with composites. But the process is not straightforward, as the optimal material varies depending on the dominant load condition, the freedom to change the design, and other non mechanical requirements for the component, such as price, durability, processability, or environmental considerations. As a result, many lightweighting projects end in failure or sub-optimal outcomes due to poor choice of material.
In this webinar you will learn how to find the best materials to consider for your lightweighting projects. GRANTA Selector can be used to identify optimal materials at the start, before more detailed analysis and geometry optimization. Use the right material from the outset with confidence, maximizing your weight-saving potential.
Presenter: Dr Charlie Bream, Sr Product Manager