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  1. ADVANTAGES FROM USE OF POZZOLANIC AND POLYMERIC COMPOSITE MATERIALS IN MASS CONCRETING WORK - UNDER AGGRESSIVE ENVIRONMENT
  2. Features of strengthening metal structures with composite materials under the influence of an aggressive environment
  3. A REVIEW OF COMPOSITE MATERIALS: HISTORY, TYPES, ADVANTAGES, AND APPLICATIONS OVER TRADITIONAL MATERIALS
  4. INDUCING THE BIODEGRADABILITY OF POLYMERIC COMPOSITE MATERIALS USING BIORANFORTS
  5. MESHLESS MODELING OF ELASTIC DEFORMATIONS OF POLYMERIC COMPOSITE MATERIALS UNDER STATIC LOADING
  6. Correlations between dynamic fragility, activation energy and glass transition temperature in polymeric composite materials: An overview from literature
  7. Experimental Study of Reparative Osteogenesy of Bone Defects Filled with Calcium-Phosphate Materials and with Polymeric Composite Biomaterial
  8. Approaches to the Evaluation of the Mechanical Properties of Single-Layer Composite Plates Made of Recyclable Polymeric and Protein Materials
  9. PREDICTION OF COMPRESSIVE STRENGTH OF CONCRETE CONTAINING POZZOLANIC MATERIALS BY APPLYING NEURAL NETWORKS
  10. EXPERIMENTAL INVESTIGATION ON PROPERTIES OF HIGH STRENGTH CONCRETE USING POZZOLANIC MATERIALS AND MANUFACTURED SAND