On elasticity properties of composite materials

Original theoretical calculation procedure is represented here. Corresponding integrated program complex was developed to process this procedure. This complex lets the user to obtain effective elasticity properties of composite materials with different inner geometry structure (3D-reinforced, 4D-reinforced, textile rein-forcement). To obtain these properties new finite element method modification was used (based on homog-enization method discovered by Bahvalov and Pobedria). Calculation procedure was performed and effec-tive properties were obtained. Results comparison was performed too. All results are represented below.