This website stores data such as cookies to enable important site functionality including analytics, targeting, and personalization. View our privacy policy.
Home » Keywords: » computer modeling and simulation
Items Tagged with 'computer modeling and simulation'
As an advanced manufacturing industry, forging can benefit from the development of advanced alloys used in its products and in the dies it uses to forge them.
Quality problems of forged steel products may originate from the ingot casting process. Simulation tools for both casting and forming processes are available to analyze and optimize the quality and productivity of each.
In a FIERF-sponsored project, a professor and two of her students developed and tested a model that predicts individual die loads in multiple die situations.
This issue of FORGE marks the beginning of
its sixth year of publication, an event of which we are very proud. A great deal
of information has passed through our hands and eventually onto our pages and
website over that period of time. To help readers more easily find the
information they seek, we offer this index – by major category – of all our
feature articles to date.
In a fast-paced global economy, the ability of
induction heating manufacturers to minimize time between a customer’s request
for a quotation and a prepared quote based on efficient computer modeling is
critical to a company’s success.
Computer modeling is no longer just a useful tool, it has become a necessity. Computer simulation provides the ability to predict how different factors may affect the transitional and final thermal conditions of a heated workpiece and what must be done to determine the most appropriate process recipes.
A new tool design and die assembly developed in Germany has the ability to form flashless, near-net-shape forgings and pierce the workpiece all in one stroke.
