Altair inspire topology optimization
The required standard safety factors, operating stresses and deformations of the structure are provided. Reducing the mass of the structure does not have a negative effect on the strength indicators. As a result of topological optimization of Altair Inspire, the design weight of the projected element is reduced by 45% compared to the weight of the prototype machine.
![altair inspire topology optimization altair inspire topology optimization](https://altairuniversity.com/wp-content/uploads/2021/07/floating_caliperll.png)
The use of the finite element method makes it possible to ensure the strength of the structure. Site is running on IP address 173.225.177.105, host name 173.225.177.105 (Romeo United States ) ping response time 11ms Good ping. In the process of research in Altair Inspire CAD system, a constructive element of the technological equipment of the tracked skidder is developed. The use of computer-aided design (CAD) systems makes it possible to realize these conflicting requirements. It is also necessary to fulfill the condition of sufficient strength and minimum weight of technological equipment and the machine as a whole. When designing such machines, it is required to ensure high reliability and durability of the structure for operating in hot and cold climates, poorly maintained roads or their absence. Therefore, development of tracked pack pickers is an urgent task of forest machine building. However, such vehicles have insufficient maneuverability.
ALTAIR INSPIRE TOPOLOGY OPTIMIZATION DOWNLOAD
Wheeled forest skidders - pack pickers are widely used by logging enterprises. It is based on Generative Design and Topology Optimization, available for download on the. The essence of our new approach is to summarize an ensemble of solutions by automatically selecting a set of examples and parameterizing a design space. Such understanding is a challenge to using a visualization approach to explore the design solution space. Designers using these automated systems often seek to understand the interaction of physical constraints with the final design and their implications for other physical characteristics. A topological optimization, as it is often called, computer configuration of the best material over 3D space, usually represented as a grid, to satisfy or optimize physical parameters. A topological optimization is an approach that is considered powerful in design because it contributes to designs that can save energy, materials ,and time that cannot be achieved economically using other manufacturing processes. In particular, today's optimization topologies are seen as providing the possibility to realize truly manufacturing-optimized designs through topology optimization.
![altair inspire topology optimization altair inspire topology optimization](https://www.alignex.com/hs-fs/hubfs/partner-products/solidThinking/Altair-Inspire-Analysis.png)
ALTAIR INSPIRE TOPOLOGY OPTIMIZATION UPDATE
To keep up with industrial developments in today's era, renewal is needed to improve and update the technology contained in the sultan wind turbine. Sultan wind turbine is one of the products of the New Renewable Energy Engineering Lab, Faculty of Engineering Untirta which has developed from year to year until now.