(Structural) Load on a building element contributed by the weight of the building materials.
The self-weight of the pre-engineered building structure including all its components such as frames, floors, secondary members, sheeting, bolts, etc.
Any permanent load such as the weight of the truss itself, purlins, sheathing, roofing and ceiling, acting vertically on the truss or truss members.
The constant weight of all permanent materials in a structure.
Load on a building element contributed by the weight of the building materials or other permanent fixtures.
The weight of the entire dock structure, including all permanent attachments such as bumpers, dock boxes, winch stands, and roof structures.
The weight of all the parts of a bridge itself and anything that may remain upon it for any length of time, such as tracks, water mains, telephone and telegraph lines, snow, dirt, moisture, etc.
Load force due to glass weight.
Stationary component of load-bearing capacity - soils, concrete, snow, etc.
Permanent loads that are constant on the truss, e.g.; the weight of the truss itself, purlins, sheathing, roofing, ceiling, etc.
a stationary load A Live Load isa moving or mobile load A Cyclic Load is a load that changes periodically When you work on the design for your boom, you must take into account the properties of the materials you will use
Any load which will be permanently applied to the truss, such as weight of roofing material.
Permanent, unchanging loads on the FRP structure caused by walkways, platforms or similar permanent fixtures.
The weight of all the parts of the bridge itself, and any thing that may remain upon it for any 1ength of time.
Weight of building. (roof, floors, walls, etc.)
The constant, design-weight (of the roof) and any permanent fixtures attached above or below.
The total weight of all installed materials and the constant weight of a roof used to compute the strength of all supporting framing members. French (Charge permanente)
Permanent loads due to the weight of materials and truss self-weight.
The load generated by the weight of the bouldering wall itself.
Any permanent load such as the weight of roofing, flooring, sheathing, insulation or ceiling material, as well as the weight of the truss itself.
The vertical load due to the weight of all permanent structural & non-structural components of a building
weight of the structure itself
Weight of the structure only.
Permanent or constant loads (weight) on the FRP structure.
The static load imposed by the weight of the materials that make up a given structure.
1. The burden a building structure creates on itself by virtue of its own weight as opposed to that caused by things that are not built into the building, which is called live load. Both the dead and live loads must be taken into consideration when designing a building. 2. The fixed load that would be on the structure of a crane created by the rest of the crane attachment on the bridge.
The weight of the Building System construction consisting of member such as framing and covering, plus all collateral loads.
The loads on a structure that remain in a fixed position relative to the structure.
The weight of walls, columns, partitions, floors, roofs, and all other permanent construction of a building, including plumbing, stacks, air-conditioning units, or other fixed building service equipment supported by the structure.
A constant load that in structures is due to the mass of the members, the supported structure, and permanent attachments or accessories.
is the weight of all permanent structural and nonstructural components of a building.
The weight of all permanent construction in a steel building system, such as floor, roof, framing, and covering members.
The weight of the building components, including lumber, roofing, windows, doors and flooring.
Any permanent load resulting from the weight of building materials or installed equipment.
the weight of all the components of the structure and permanent equipment (excludes furniture, people or inventory of a business structure)
the allowance in the load capacity of the mezzanine in order to account for the weight of the actual mezzanine structure.
The permanent or non-removable part of a system load (i.e. the weight of a batten versus the load hung from it).
Weight that a structural member is supporting by the weight of the structure. Does not include snow, wind, furniture, people, cars, etc.
The dead load of a building is the weight of all permanent construction, such as floor, roof, framing, and covering members.
The load due to the vertical weight of all permanent structural and nonstructural elements of a building, such as walls, floors, and roofs.
All loads of constant magnitude and position that act permanently, including self weight.
A dead load refers to a load that doesn't move, like a garage door as it rests in the closed position.
The static nonmovable weight of materials on some object or support after construction is complete.