Reduce Cost and Improve Designs While Additive Manufacturing technologies can produce a part which is both lighter and stronger than counterparts produced by traditional methods, effectively utilizing this design freedom is not trivial. Tosca St ...
Figure 1. The general goal of topology optimization is the distribution of material in a given design space. For the basic optimization task, the target volume is the constraint. For a given volume (target volume or target weight) the maximum st ...
Changing the Design ProcessAdditive manufacturing has not only changed the way things are being built, but how they are designed. SIMULIA CTO Bruce Engelmann believes that additive techniques have the potential to revolutionize the manufacturing ...
From Concept to ProductionRealistic physics-based simulation is a keystone that enables us to construct innovative and reliable industrial additive manufacturing processes.In this eSeminar, we will explore how simulation enables a seamless conne ...
Sizing Optimization with Tosca StructureTopology optimization is the first thing that comes to mind when we start exploring a new design space using the additional design freedoms enabled through additive manufacturing. The optimum results given ...
SIMULIA and Stratasys TogetherProduction grade thermoplastics are gaining more frequent use in the aerospace industry due to the high cost to put small amounts of payload into the space. The circuit box, for example, is widely used in space rock ...
Over the past century we have witnessed amazing milestones in manufacturing. The most impactful achievements share one important commonality…they brought greater simplicity and automation to the design and production process. Consider the roll- ...
Re-imagining Metal Powder-Bed Processes with SimulationMetal powder-bed processes have been a central focus of our solution development and workflow creation efforts because it is a strategic technology for many of our customers who recognize th ...