SAE Transactions, Vol. 107, SECTION 6: JOURNAL OF PASSENGER CARS (1998), pp. 2798-2810 (13 pages) Traumatic brain injury finite element analyses have evolved from crude geometric representations of ...

Finite element modeling has emerged as an essential tool in understanding the complex biomechanics of the middle ear. By discretising the intricate anatomical structures—such as the tympanic membrane ...

Increasing use of engineering thermoplastics in the applications such as load bearing automotive components necessitates accurate characterization and material modeling for predicting part performance ...

Finite Element Modeling (FEM) has emerged as a pivotal computational tool in understanding human body dynamics and evaluating injury risk under a range of loading scenarios. By utilising detailed ...

Under the Engineering Roadmap, Biocore and FRI—with funding support provided by the NFL—collaborated with partners at the University of Virginia, Wake Forest University School of Medicine, KTH Royal ...

What is Finite Element Analysis? The finite element analysis is an extensively used method for computationally solving partial differential equations in technology and mathematics. The classic domains ...

Background Globally, 1% of the population is affected by arthritis of the foot and ankle. Post-traumatic osteoarthritis, resulting from ankle injury or chronic ankle instability, accounts for more ...

Solid modeling is great for visualizing ideas but it's often misapplied in finite-element analysis. One of the latest methods of slashing development time is to use the 3D models that CAD users create ...

Once reserved for the aerospace and automotive industries, Finite Element Analysis (FEA) has become ubiquitous in general industrial applications because of its effectiveness in digitally modeling ...

The finite element method (FEM) is increasingly used for structural calculations. For the most part, FEM is used to calculate structural deformation, stress, fatigue life, vibration, or temperature.