IfcMember
What is IfcMember?
IfcMember represents a structural element that carries loads primarily in tension, compression, or bending along a single axis. Members include bracing, struts, purlins, mullions, and other linear structural components that are not classified as beams or columns.
Hierarchy
Inherits from: IfcBuildingElement
Common Properties
Properties commonly found on IfcMember elements in IFC models.
Property Sets
Standard IFC property sets associated with IfcMember.
- Pset_MemberCommon
- Qto_MemberBaseQuantities
Real-World Usage
Members represent the secondary structural elements — bracing, purlins, girts, and mullions — that are essential for structural stability and cladding support. Steel erection teams track member installation as part of the structural frame sequence.
Explore IfcMember elements in your models
Upload an IFC file to Bimvue and filter, inspect, and export IfcMember elements in an interactive 3D viewer.
Get started freeRelated Entity Types
IfcBeam
IfcBeam represents a horizontal or inclined structural member that carries loads primarily by bending. Beams span between columns, walls, or other supports and are fundamental to the structural system of a building. They can be made of steel, concrete, timber, or composite materials.
Building ElementIfcColumn
IfcColumn represents a vertical structural member that transmits loads from beams and slabs to the foundation. Columns are key elements in the structural grid of a building and can be made of concrete, steel, timber, or composite materials.
Building ElementIfcPlate
IfcPlate represents a planar, flat structural element with a constant thickness. Plates are commonly used in steel construction for gusset plates, base plates, connection plates, and cladding panels. In curtain wall systems, IfcPlate often represents individual glass or metal panels.
Building ElementIfcCurtainWall
IfcCurtainWall represents a non-load-bearing exterior wall system that is hung from the building structure, typically consisting of a metal frame with glass, metal, or stone panel infill. Curtain walls carry only their own weight and wind loads, transferring these to the primary structure at each floor.