Most cyclists who suffer head injuries due to a fall aren’t wearing helmets at the time of the incident. Though 29% of adults and 42% of youth cyclists always wear helmets when they ride, those who choose not to do so could face serious risks. 78% of adults and 88% of injured cyclists aren’t wearing helmets when they fall.
Right now, we’re all keeping an eye on our bottom lines. With the economy still in flux due to the shakeup brought on by COVID-19, we’re all doing what we can to keep ourselves in the black.
One step you could consider is Finite Element Analysis (FEA).
Those who invest in application generally save time and money in the long run.
One of the more enjoyable aspects of living in a technological age is the ease with which we can access news and information. At any moment, we can learn about new inventions and fresh developments in any number of industries.
Just recently, an announcement of advancements in Finite Element Analysis (FEA) capabilities grabbed the attention of the hydroforming community.
Is Finite Element Analysis on your radar for projects you plan to develop during 2019? If not, it should be.
Finite Element Analysis (FEA) is an engineering technique used to obtain “approximate solutions of boundary value problems.” By running the specs of your prototype through FEA software, technicians are able to determine strengths, weaknesses, and potential refinements.
In some situations, speed is of the essence. Think of self-styled “fast food” or “quick service” dining establishments. If such restaurants are unable to provide quality food quickly enough, their clientele may question the business model.
In many situations, however, the speed at which a good or service can be provided is less important than the quality. Although timing clearly does matter, speed doesn’t trump effectiveness. This is especially important to remember during pre-production.
When it comes to Finite Element Analysis, more companies than ever are putting this new technology to use at various points in the production process. Everything from the probability of fractures in ceramic components to a tendency toward buckling in honeycomb structures has been analyzed by this method.
To some people, adding an extra step to your production process may sound counter-intuitive; however, if that step is to consider Finite Element Analysis (FEA), then it might not sound so crazy after all. By adding FEA to the mix, chances are high that you will shave both time and expense off your pre-production process and bring your product to the market quickly and efficiently.
Most people seem to think that faster is better.
Americans enjoy fast food, instant messaging, and even (believe it or not) new quick-cooking slow cookers. While not everything is better faster, we recognize that manufacturers could potentially save money if they were able to collapse the amount of time spent in the pre-production phase.
Adding an extra step to a process is rarely considered efficient. After all, streamlining steps usually means that tasks are accomplished more quickly. However, if the added step is designed to save time and money in the long run, then would it not be worth considering?
This is the case with Finite Element Analysis (FEA). It’s an extra step in the process, but it’s an important one.
A considerable increase in the demand for the use of finite element analysis in product design is predicted for the coming years. It’s no wonder, considering that the benefits of using finite element analysis (FEA) include:
