The structural designer (civil engineer) must specify it in the execution drawings or technical report.
Quality management is categorized into three levels, with requirements increasing in rigor from Class 1 to Class 3: Often involves self-inspection by the builder.
The standard emphasizes that successful construction relies on clear communication between the designer and the builder. 1. The Execution Specification srps en 13670
For contractors and engineers in Serbia, SRPS EN 13670 is more than a bureaucratic hurdle. It is a roadmap to delivering durable, safe, and compliant concrete structures. Ignoring its provisions leads to rework, legal disputes, and structural failures. Embracing it reduces risk, enhances reputation, and opens doors to EU-funded projects.
Must prevent noticeable deflection or deformation affecting structural tolerances. The structural designer (civil engineer) must specify it
SRPS EN 13670 is structured around three primary pillars of concrete execution: , followed by the critical processes of concreting and curing.
The designer must declare the and any specific additional requirements (e.g., special surface finish). Ignoring its provisions leads to rework, legal disputes,
A unique and vital concept in SRPS EN 13670 is the . The designer defines the required EXC based on:
When it comes to building enduring infrastructure, the quality of execution is just as critical as the initial design. In Serbia, SRPS EN 13670:2012 serves as the definitive standard for the execution of concrete structures
Concrete is strong in compression, but weak in ignorance.