Residential development as part of a modern country resort in Croatia

Project idea

Purpose - to develop the spatial organization of the residential area of ​​a modern country resort on the coast of Croatia. The creation of a modern country resort on the coast of Croatia near Starigrad is an important and important step that will allow developing the tourism industry in the region, improving the economic situation of the local population and providing visitors with high-quality conditions for recreation and entertainment.

Project description

Design documentation for 3 types of villas, including plans for all floors, section, site planning schemes, facades and 3D visualization; master plan and schemes of the road system, landscaping, viewpoints; project visualization.

Technical information

The project provides for the building to be supported on a poured pile foundation and a monolithic reinforced concrete slab, on a prepared base. The foundation of the building is designed taking into account the physical and mechanical characteristics of soils, the characteristics of the hydrogeological regime at the construction site. To exclude the possibility of erosion of the foundation, a drainage system is laid to its base. The structural scheme is monolithic with reinforcement. Horizontal immutability is provided by disks of monolithic ceilings, and vertical stability is provided by stiffening cores, in which stairwells and elevator shafts are located. Stair flights - prefabricated reinforced concrete. Landings are prefabricated. The walls of the staircase and elevator unit are monolithic reinforced concrete 200 mm thick. Stairs 2 march. The width of the march is 1400 mm, the steps have the following dimensions: treads 300 mm, risers 150 mm. Floor slabs. The floor slab is adopted with a thickness of 220 mm from B25 class concrete. On the ceilings, floors are made with a design corresponding to the purpose of the room.Floor height - 3.0 m. Walls. External load-bearing walls are 250 mm thick, internal load-bearing walls are 250 mm thick. The frame of the monolithic wall is double. In low-rise construction, it is permissible to use meshes of reinforcement with a cross section of 8 mm. The corrugated section of the rods adheres well to the concrete mixture, the smooth rods are anchored with bends at the ends. Rebar outlet to the surface is not allowed. The maximum step of the longitudinal reinforcement in the mesh is 25 cm. The transverse step is limited to a distance of 35 cm. The lengths of the rods of the longitudinal reinforcement are selected for the entire height of the structure. Interior partitions made of aerated concrete - 150 mm. For wall insulation, it is planned to use Ytong insulation of the MULTIPOR series with a thickness of 100 mm. The roof of the building being designed is planned to be flat, at different elevations, with an internal organized water drainage. In places where the roof adjoins the protruding structures, an additional layer of waterproofing carpet should be laid.Finish the facades with decorative plaster on a reinforced mesh with a cell of 100 * 100. Decorative elements to perform on the basis of insulation. The canopies above the entrances are designed from monolithic concrete structures coated with plaster. To cover the platforms and steps of the porches, it is planned to use monolithic concrete.

Sofia Buravtsova

The Southwest State University (SWSU)

Russian Federation

Arquitectura

Proyecto enviado

07. 07. 2023

Etiqueta

Arquitectura Residential
  • Apartment
  • Multi Unit Housing
  • Private House
  • Student Housing

Consejo a estudiantes

Desarrollo residencial como parte de un moderno complejo turístico en Croacia

Este proyecto demuestra un encomiable nivel de madurez arquitectónica y técnica al concebir un componente residencial de baja altura para un centro turístico costero en Croacia. La planificación general está bien estudiada, integrando el paisajismo, la circulación y los puntos de vista panorámicos en una disposición espacial cohesiva que mejora tanto la privacidad como la interacción comunitaria. Las tres tipologías de villas están cuidadosamente diferenciadas, pero unificadas por una paleta de materiales y un sistema estructural coherentes. El proyecto destaca por su resolución técnica, en particular por su estrategia estructural de hormigón armado monolítico con las debidas consideraciones sísmicas e hidrogeológicas. La atención prestada a los espesores de los forjados, los detalles del refuerzo y el aislamiento térmico (por ejemplo, Ytong MULTIPOR) ilustra el alto nivel de ejecución del diseño. El uso de yeso decorativo y los cambios de alzado en los tejados planos añaden interés visual al tiempo que mantienen una estética tranquila y moderna. Aunque el diseño es muy competente, una sugerencia para seguir mejorándolo sería explorar estrategias bioclimáticas más sólidas -como dispositivos de protección solar, ventilación cruzada o la integración de materiales locales con menos carbono incorporado- para reforzar las credenciales medioambientales del proyecto. En conjunto, se trata de una urbanización elegante, bien diseñada y sensible al contexto que aumenta el valor del complejo y refleja un alto nivel de profesionalidad arquitectónica.
20.03.2026

Tamer ElSerafi

Categoría

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