If you are relatively new to the manufacturing or construction field, the term finite element analysis may seem both unfamiliar and intimidating. However, we assure you that it’s one concept well worth looking into on a number of levels. For one, it has the potential to save lives, decrease accidents and prevent public relations nightmares. Allow us to explain using metal stage supports as examples.
Tube Hydroforming is a type of die forming that is used to shape certain metals, including aluminum and stainless steel, into strong but lightweight pieces. This method is often used in the automotive industry, especially for sports cars, and is also used to create the tubes used in bicycle frames.
When your product represents a structural component of your customer’s purchase it sure better be structurally sound. Who can afford a costly recall or, even worse, be responsible for a personal accident? To help ensure against part failure American Hydroformers employs exacting Finite Element Analysis (FEA) procedures.
More and more companies are becoming aware and taking advantage of wind energy and its environment friendly benefits. This refreshing pursuit of clean alternative energy has led to a global increase in wind energy production. As a result, there is a growing need for the components necessary to create wind energy, making the prospect of hydroformed components all that more appealing.
When you are working with metal, you will find that there are a variety of options and tools available for you to use. Although there are so many options for you to choose from, many companies decide to use hydroforming. Hydroforming is perfect for creating shapes using different types of metals. Hydroforming gives you several benefits when it comes to work operations, efficiency, productivity, and the cost.
The process of friction stir welding is a relatively new way to join metal components together. It is a metal joining method that has applications in industrial fabrications and manufacturing such as aerospace, automotive manufacturing, and industrial engineering, anywhere that metal components need welds that meet the most demanding specifications.
Hydroforming is a unique process used to form metal. As a unique process, it also solves unique problems. Hydroforming makes a number of products possible that wouldn’t be possible through mainstream methods. Although it is not the most common method of forming metal, it is very useful, and a necessity to our society today. Let’s talk a little about how hydroforming works and what it does.
It does not matter where you look, you will always find information on how various companies and organizations have used an engineering simulation as part of their strategy when it comes to development. One of the best examples of engineering simulation is FEA or Finite Element Analysis.
What is hydroforming? Hydroforming is when the force of water, hydraulic fluids, or oils is used to shape a single part. There are two types of hydroforming and each has uses when creating products from steel, aluminum, etc. Hydroforming, used in industries, creates parts without using welds. This makes a stronger part and sometimes a product is created from a single piece of metal. So, what are the two types of hydroforming? They are Tube Hydroforming and Sheet Hydroforming.
As deep draw hydroforming continues to become a reliable and viable source of production, people who rely on hydroformed parts can only benefit from its persistent innovation.
Information about new and high-tech hydroforming presses in use around the country is part of the daily news cycle.
