HIBRIT is a trustable trade mark with years of experince and knowlegde for the majority civil engineering themes. We are challenging at reinforced concrete, prefabricated concrete, structural steel and combination of them to have the specific and unique solutions.
PREFABRICATED CONCRETE STRUCTURES
Concrete prefabrication is an expertise job. Every single step should be carefully planned and designed as correction is hard and time taking. Production, logistics and assembling needs care and attention. It is a modern branch of a contruction sector. More engineering work is required according to the conventional systems. It supports the companies in design and consultancy which have prefabricated concrete projects in private invest or state based projects.
- Industrial storage buildings, silos and tanks
- Prestressed brigde and viaduct beams
- Shopping malls, stores and markets
- Multi-storey schools, offices, hotels, hospitals, carparks
- Coastal structures, piled ports and piers
- Overhead and underpass structures
- Stadium and sport centers
- Prefabricated concrete claddings
- Retaining structures
- Hollow core slabs
- Consultancy for the design of prefabrication concrete production factories
- Prestresses production line and capacity-based prestressed frame design
- Drawings for the production of precasts
Applicability of varying and improving architectural designs could be generally possible with steel-based constructions. The homogeneous and flexibility, assembling advantages, flexible detail solutions are the main factors for the increasing numbers in steel structures. HIBRIT has a serious engineering background in the design of steel structures. It has experience in projecting with steel structure in numerous and specific structures.
- Industrial plants and storage buildings
- Multi-storey structures
- Towers and totem
- Storage tanks
- Mechanical overhead bridges
- Overhead pass structures
- Cladding and roof structures
REINFORCED CONCRETE STRUCTURES
HIBRIT varies widely also in design of reinforced concrete structures, which is the most widely used in construction technique. Modelling of reinforced concrete behavior, workability, appropriate layout of reinforcement steel, detail solutions emerges as a result of careful work. HIBRIT can produce solutions and projects that do not depend on ready-made concrete calculations and drawing programs.
- Conventional reinforced concrete structures
- Power Plants
- Bridge and Viaduct structures
- Industrial plants and storage buildings
- Construction method oriented designed shafts, tunnels, railway substations
- Tower structures
- Treatment plant structures
- Retaining walls
COMBINED CARCASS SYSTEM STRUCTURES
One of the merits of HYBRID is to easily design combined carcass systems using harmoniously compatible types of different structural systems. If you are designing your structure to a precast or steelmaking company, you will possibly be using the materials that they produce and will be guided in this way. Sometimes, however, using different materials together may be an important advantage. HIBRIT is a solution master in this topic.
MACHINE PEDESTAL AND FOUNDATIONS
Many industrial installations require the design of reinforced concrete and / or steel foundation of a specific machine or process unit. Static and dynamic loads of the equipment and machine are taken into account and the project is designed taking into consideration the specific conditions and applicable conditions.
In some engineering structures may have extra-ordinary problems such as, unsufficient resistence of the existing soil, having high risk of liquefaction and deep excavation requests. In such cases some extra engineering solutions may be required, in which HIBRIT may offer economic and applicable solutions.
SHOR AND HARBOR STRUCTURES – PIERS
The conditions in the coastal area are designed by analyzing elements related to many coastal variables such as wave length, size and type of vessels approaching the port, handling loads on the pier and quay structure, fender arrangements, supports and rings. HIBRID has performed designs in this area and also implemented the projects.
EARTHQUAKE PERFORMANCE ANALSIS AND STRENGTHEN DESIGNS OF EXISTING STRUCTURES
Analyzing the performance of the existing constructions under the earthquake loads and analyzing the behaviaour of the structure in the case of the expected earthquake is carried out in HYBRID. The type of the structure, the projects, the conformity to the projects, the quality of the materials used are determined first. According to the results of the analysis, it is determined how the performance of the building in the projected earthquake, which parts are sufficient and in what extent.
Structures that do not have sufficient performance in earthquake analysis need to be strengthened. Strengthening projects are prepared by using methods such as earthquake zone addition, mantling, carbon fiber (FRP – Fiber-reinforced plastic). The evaluations are determined after the engineering analyzes to be carried out, such as how the structure can be strengthened or whether it is possible or not to strengthen the structure.
ANALYSIS AND REPORTING OF THE RENOVATION OF MONUMENTAL AND HISTORICAL BUILDINGS
It is necessary to leave the structures healthy transmitted from generation to generation in the form of cultural heritage to future generations. When these structures, each of which is unique, are restored, it is necessary to improve not only aesthetically but also structurally. In such structures, the carcass systems are evaluated and the methods that do not damage the originality are determined. HIBRIT has an important experience in this field, and has developed solutions for the improvement of historical buildings.
DESIGN FOR DEMOLITION OF STRUCTURES WITH EXPLOSIVES
Instead of destroying some types of structures that have lost their function and have been demolished by classical methods, demolition using explosive materials can be more practical, economic and quick. In this case the design of demolition, the relationship between blasting and structural elements of the system and the timing of the explosions must be designed. HIBRIT has provided design and consulting services for these topics also, conclusion of his engineering experience