Reinforced concrete combines concrete and embedded reinforcement to resist structural effects.
Definition
Reinforced concrete uses concrete together with embedded reinforcement, such as reinforcing bars, to resist structural effects. Engineering design considers material properties, member geometry, reinforcement amount and placement, durability needs, and construction requirements. Drawings and specifications communicate the intended design, while project documents assign responsibilities for submittals, inspection, and field coordination. Firms may divide design, detailing review, and construction support differently, so owners should align deliverables and review roles with the contract. The design is specific to the structure, project criteria, and applicable codes. Reinforced concrete is not simply concrete with a standard reinforcement layout, nor does the design alone confirm that field placement matches the documents. For owners, the work affects drawing coordination, sequencing, inspection planning, and quality records. Proposed material or placement changes need review against project requirements.
How owners use it
- Define who prepares reinforcement details and who reviews shop drawings or proposed substitutions.
- Coordinate concrete design requirements with construction sequencing, inspection responsibilities, and project records.
- Example: 6 concrete placements × 2 inspection records per placement = 12 inspection records planned.
- Use project criteria and specifications to evaluate proposed changes to reinforcement or concrete materials.
