ANSYS explicit analysis is a type of finite element analysis (FEA) that simulates dynamic events such as crashes and impacts. It is used to study the behavior of materials and structures under high strain rates and short durations, where the traditional implicit analysis may not be suitable.
ANSYS explicit analysis allows for more accurate and detailed simulations of dynamic events, compared to implicit analysis. It also has the ability to handle highly nonlinear materials and large deformations, making it suitable for studying complex structures and materials.
In ANSYS explicit analysis, the equations of motion are solved using explicit time integration methods. This means that the solution is calculated step by step, taking into account the forces and displacements at each time step. This allows for accurate simulation of dynamic events with short durations.
ANSYS explicit analysis is commonly used for problems involving high strain rates and short durations, such as impact, crash, and blast simulations. It can also be used for studying materials with nonlinear behavior, such as rubber and plastics, and for analyzing complex contact and friction interactions.
The main difference between ANSYS explicit and implicit analysis is the type of time integration method used. Implicit analysis uses an implicit time integration method, where the solution is calculated for each time step based on the previous time step. This makes it suitable for problems with longer durations and slow loading rates. On the other hand, explicit analysis uses an explicit time integration method, making it more suitable for dynamic events with short durations and high loading rates.