1. Organization and planning of the research work.

2. Classification and hierarchy of environmental-induced loads.

1. 3D seismic wave propagation in discretely inhomogeneous far-field geological media.

2. Development of a library of fundamental solutions and Green’s functions for continuously inhomogeneous half-spaces.

3. Development, programming and validation of BEM numerical models for seismic wave propagation in continuously inhomogeneous far-field geological media

1. Results on general theory of differential and integral equations and program products for application to project tasks.

2. Full modeling of dynamic behavior of 3D underground structures and parametric studies.

3. Final project assessment and result dissemination .

4. Preparation of publications of the obtained results in scientific journals on Applied Mathematics and Mechanics and Applied Informatics.