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TECHNICAL DICTIONARY (30 TERMS)•REGULATORY & STRUCTURAL DEFINITIONS

CONSTRUCTION & URBAN PLANNING GLOSSARY

Standardized architectural, structural, and regulatory definitions. Clarifies essential abbreviations (POT, CUT, RH, AC), building physics metrics (U-value, thermal bridges), and Romanian construction law frameworks (Legea 50/1991, Legea 10/1995).

STRUCTURAL ENGINEERINGVERIFIED

Raft Foundation (Radier General)(Fundație de Tip Radier General din Beton Armat)

RO: Radier General

A thick continuous reinforced concrete slab extending over the entire footprint area of a building, supporting all structural columns and walls while distributing the total building load uniformly across the ground.

Practical Application:

Standard foundation system for multi-story and high-rise buildings in soft, cohesive Romanian alluvial soils (e.g., Bucharest clay and silts) to prevent differential settlements (tasări inegale).

Legal Ref: Normativ NP 112-2014 & SR EN 1997-1 (Eurocode 7)
STRUCTURAL ENGINEERINGVERIFIED

Load-Bearing Wall (Perete Portant / Structural)(Perete Structural Portant)

RO: Perete Portant

A vertical structural wall engineered to transmit gravitational floor and roof loads, as well as lateral wind and seismic forces, directly down to the foundation.

Practical Application:

Must never be demolished, cut, or altered without structural engineering verification and a formal Building Permit.

Legal Ref: CR 6-2013 & P100-1/2013 & Legea 10/1995
STRUCTURAL ENGINEERINGVERIFIED

Seismic Dissipative Link (Link Seismic)(Element Disipativ Seismic)

RO: Link Seismic Disipativ

A designated structural segment in Eccentrically Braced Steel Frames (EBF) engineered to yield plastically under severe seismic ground shaking, dissipating kinetic earthquake energy while protecting main columns and beams from damage.

Practical Application:

Core seismic protection strategy in modern Romanian steel engineering under P100-1/2013.

Legal Ref: P100-1/2013 Section 6 & SR EN 1998-1
STRUCTURAL ENGINEERINGVERIFIED

Expansion Joint (Rost de Dilatare / Seism)(Rost de Dilatare Termică și Seism)

RO: Rost de Dilatare

A designed structural gap between adjacent building sections allowing independent movement caused by thermal expansion, concrete shrinkage, differential settlement, or seismic sway without inducing destructive internal stresses.

Practical Application:

Mandated for long buildings (typically exceeding 30-40 meters length) and at junctions between building wings of different heights.

Legal Ref: P100-1/2013 & SR EN 1992-1-1
STRUCTURAL ENGINEERINGVERIFIED

Floor Slab (Placă din Beton Armat)(Placă Structurală Orizontală)

RO: Placă de Beton

A horizontal structural reinforced concrete element that carries floor live loads and acts as a rigid horizontal diaphragm distributing seismic forces to vertical shear walls and columns.

Practical Application:

Standard thickness ranges from 14cm to 25cm in modern residential and office construction.

Legal Ref: SR EN 1992-1-1 & P100-1/2013
STRUCTURAL ENGINEERINGVERIFIED

Beam (Grindă Structurală)(Grindă din Beton Armat / Oțel)

RO: Grindă

A horizontal or inclined structural member designed to resist bending moments and shear forces transmitted by floor slabs and roof decks.

Practical Application:

Formulates structural frame portals together with columns.

Legal Ref: SR EN 1992-1-1 & SR EN 1993-1-1
STRUCTURAL ENGINEERINGVERIFIED

Column (Stâlp Structural)(Stâlp de Rezistență)

RO: Stâlp

A vertical structural compression member transmitting gravitational and seismic axial loads and bending moments down to the foundation.

Practical Application:

Confined with closely spaced transverse stirrups in critical end zones per P100-1/2013.

Legal Ref: P100-1/2013 & SR EN 1992-1-1
STRUCTURAL ENGINEERINGVERIFIED

Spread Footing (Fundație Directă / Izolată)(Fundație Izolată sau Continuă sub Ziduri)

RO: Fundație Directă

A shallow foundation element that enlarges the base area of a column or wall to transmit its load to the soil at a pressure not exceeding the allowable bearing capacity.

Practical Application:

Used on competent ground with high bearing capacity.

Legal Ref: NP 112-2014 & SR EN 1997-1
STRUCTURAL ENGINEERINGVERIFIED

Foundation Pile (Pilot Forat)(Pilot Forat de Mare Adâncime)

RO: Pilot Forat

A deep foundation cylinder of reinforced concrete cast into the ground to transfer structural loads down through soft, weak soils to deeper, solid load-bearing geological strata.

Practical Application:

Essential for tall towers and bridge abutments in alluvial river plains.

Legal Ref: NP 112-2014 & SR EN 1536
STRUCTURAL ENGINEERINGVERIFIED

Retaining Wall (Zid de Sprijin)(Zid de Sprijin din Beton Armat)

RO: Zid de Sprijin

A structural wall engineered to resist lateral soil and water earth pressures, preventing slope collapse and retaining embankments.

Practical Application:

Used for basement excavations, underground parking, and hillside terrain stabilization.

Legal Ref: SR EN 1997-1 & NP 112-2014
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