"Peridynamics" Example Sentences
1. Peridynamics offers a unique approach to modeling materials at different scales.
2. The main concept of peridynamics is based on the integral equation theory.
3. Peridynamics allows for the simulation of fracture and damage in materials.
4. The peridynamics equations involve the displacement and deformation of particles.
5. Peridynamics has been used to study the mechanical behavior of concrete.
6. The peridynamics approach has been applied in the study of nanocomposite materials.
7. One advantage of peridynamics is that it is able to describe the interaction of particles at a distance.
8. Peridynamics is a non-local method for modeling material deformation.
9. Peridynamics is based on the concept of micro-cracks in materials.
10. Peridynamics can be used to predict the failure of materials under different loading conditions.
11. The peridynamics approach has been extended to model fluid flow through porous media.
12. Peridynamics can be applied to simulate the behavior of structures subjected to seismic loads.
13. The peridynamics method has been used in the study of biological tissues and cells.
14. The peridynamics equations can describe the motion of particles under external forces.
15. Peridynamics has been used to study the properties of composite materials.
16. The peridynamics approach can be used to model the deformation of materials with complex geometries.
17. Peridynamics has been applied in the study of the behavior of metals under high strain rates.
18. Peridynamics can be used to simulate the mechanical behavior of granular materials.
19. The peridynamics approach is particularly suitable for modeling the behavior of contact interfaces.
20. Peridynamics can be used to predict the deformation and fracture of materials under extreme conditions.
21. The peridynamics equations can be solved using numerical methods.
22. Peridynamics offers a powerful tool for predicting the response of materials to external stimuli.
23. Peridynamics can be used to study the behavior of materials under dynamic loads.
24. The peridynamics approach can be used to simulate multiphase materials.
25. Peridynamics has been applied in the study of the properties of polymers.
26. The peridynamics method can be applied to model the behavior of soft materials.
27. Peridynamics offers a new perspective on the mechanics of materials.
28. The peridynamics approach can be used to simulate the behavior of materials at different length scales.
29. Peridynamics has the potential to revolutionize the field of material science.
30. The peridynamics method represents a significant advance in the modeling of material deformation.
Common Phases
1.
Peridynamics is a non-local continuum mechanics theory;
2. In
peridynamics, material points interact with all neighboring points within a certain distance;
3.
Peridynamics can handle material failure without requiring any specific fracture criterion;
4.
Peridynamics simulations are computationally intensive due to the large number of interactions between material points;
5.
Peridynamics has been successfully applied to various fields such as material science, civil engineering, and biomechanics.