Constructieframe

Constructieframe, or construction frame, refers to the skeletal structure of a building that transfers gravity and lateral loads from roofs and floors to the foundation. The frame consists of interconnected members, typically columns and beams, and may include floor slabs and joints that determine how forces are carried. In frame construction, non-load-bearing walls primarily enclose the space rather than support loads, enabling open floor plans.

Common frame systems include steel frames (hot-rolled or welded), reinforced concrete frames, and timber frames. Hybrid systems combine materials, such as concrete cores with steel or timber frames. Lateral stability is typically provided by braced frames or shear walls to resist wind and seismic loads. Columns and beams are designed to carry axial, bending, and shear forces, while joints and connections (bolts, welds, or bolt–weld transitions) are critical for performance. Fire resistance and durability are addressed through material selection, coatings, and protective detailing.

Construction methods vary from prefabricated modules assembled on site to cast-in-place frames. Prefabrication can speed up progress and improve precision but requires careful logistics for connections with floors, staircases, and services. Frame construction offers advantages such as faster construction, larger clear spans, and design flexibility; however, it can involve higher upfront costs, more complex detailing, and the need for meticulous maintenance and fire protection.

Frame construction is widely used in high-rise and commercial buildings, industrial facilities, and some bridges. Design follows local or national codes and standards, such as Eurocode, AISC, or ACI, which specify loads, member sizing, connections, and fire performance.