Effect of Geogrid Layers on Seismic Behavior of Stone Columns

Improving the Mechanical Properties of Soil and Foundations through Synthesis of Diatomite, Mica, and Fly Ash-based Geopolymer

Evaluating the impact of nanomaterials on soil strength parameters

Investigating the effect of particle size, granulation and concrete block on the behavior and shear strength of granular soils, with emphasis on the shear zone

Investigating the effect of initial values of lozenge and hydraulic gradient on the process of dissolution of gypsum located behind dams (case study of Marash dam)

Investigation of the effect of different parameters on the dissolution rate and uniaxial compressive strength of gypsum-containing materials (Case study: Zanjan Marash Dam)

Investigation of deformation behavior of gypsum materials with changes in moisture and stress

Investigation of solvent type on dissolution strength of gypsum foundations (Case study of Marash Dam)

Comparison of constant dissolution coefficient of gypsum and anhydrite materials in surface flows using the results of laboratory models

.Evaluating gypsum solubility potential in hydroeletrical and storage dams its improvement methods

Investigation and effect of petroleum pollutants on geotechnical properties of soil

Comparing the effect of nanoclay, carbon fiber and lime on the performance of problematic soils

Evaluation of engineering driving factors on the design and implementation of recycled polymer structures

Evaluation of the effect of nanoclay on the remediation of oil-contaminated soils

Investigating methods of refining soils contaminated with hydrocarbons and petroleum substances

Evaluation of lead and zinc soil purification methods