Across
- 2. Minimum concrete depth protecting rebar from elements.
- 5. Code or specification that defines rebar requirements (e.g., ASTM, BS, ISO).
- 9. Document describing quality and material requirements.
- 10. Distance between adjacent rebar.
- 11. What you use (wire) to hold rebar in position.
- 13. Type of strength rebar provides (opposite of compressive).
- 15. Chemical process that weakens steel (rust).
- 16. Overlap of two bars to transfer load when splicing.
- 17. Shape change done to rebar per bending schedules.
- 18. TEST Procedure to check the tensile strength of rebar.
Down
- 1. Process of tracking steel origin and batch number.
- 2. State rebar should be in (free of oil, mud, heavy rust) before pour.
- 3. Mixture of cement, aggregates, water; rebar is embedded in this.
- 4. Surface defect that reduces rebar bonding if not cleaned.
- 6. Steel used inside concrete to carry tensile loads.
- 7. Proper straightness and positioning of rebar in formwork.
- 8. Short curved end used on rebar for anchorage
- 10. The top priority when handling and cutting rebar.
- 12. Indicates the yield strength level of rebar (e.g., 500 MPa).
- 14. Activity done before concreting to verify rebar quality and position.
- 15. Safety item placed at the end of exposed vertical bars.