INCIMAT developed the design and verification of shallow foundations for a 50 MW solar farm, defining support solutions tailored to the characteristics of the terrain, the layout of the solar trackers, and the structural requirements of the facility. The work…
INCIMAT performed the calculation and sizing of deep-flange beams designed to transfer loads in a unique building, where the architectural and functional configuration required addressing significant changes in the arrangement of supports and structural members. The work included analyzing the…
INCIMAT developed the design and verification of short reinforced concrete cantilevers intended to support precast beams in an industrial building, ensuring the proper transfer of loads between the precast elements and the main structure. The work included the analysis of…
INCIMAT conducted a structural verification of foundation slabs designed to support industrial equipment with high concentrated loads, evaluating the system’s load-bearing capacity in response to stresses transmitted by machinery, tanks, bases, and process components. The work included an analysis of…
INCIMAT developed the design for a cantilever retaining wall intended to address the existing elevation differences on a logistics platform, ensuring the stability of the ground and the proper integration of the infrastructure within the site. The work included an…
INCIMAT developed the design for a continuous retaining wall for a deep excavation project for a building with three levels below ground level in an urban setting. The project included a geotechnical and structural analysis of the retaining system, taking…
INCIMAT carried out the structural analysis and design of reinforced concrete shear walls for a high-rise building, evaluating their performance as the primary load-resisting elements against both vertical and lateral actions. The scope of work included the definition of the…
INCIMAT developed the BIM model and structural engineering for a facility designed for the storage and handling of bulk materials, integrating the main structure, conveyor systems, process equipment, and auxiliary plant components into a digital environment. The project included the…
INCIMAT carried out the design and verification of the structural joints for an industrial pipework rack, analysing both bolted and welded connections between beams, columns, bracing and auxiliary elements. The work involved reviewing the forces transmitted by the main structure,…
INCIMAT carried out the design and optimization of a steel structure for an industrial processing facility, designed to house equipment, operating platforms, auxiliary systems, and facilities specific to a specialized industrial activity. The work included defining the structural model and…
