Structural steel detailing, Structural engineering services, Tekla xsteel detailing India, Rebar steel detailing, revit 3D model, 3d Tekla modeling

Structural steel detailing, Tekla precast panel

Anchor Bolt Plan

An anchor bolt is used to attach objects or structures to concrete. There are many types of anchor bolts, consisting of designs that are mostly proprietary to the manufacturing companies. All consist of a threaded end, to which a nut and washer can be attached for the external load.

Anchor bolts are extensively used on all types of projects, from standard buildings to dams and nuclear power plants.
The simplest anchor bolt is a cast-in-place anchor. As seen in the figure, most designs consist of a standard bolt with a hexagonal head, which is cast in the wet concrete before it sets. There are other designs, some consisting of a bent bolt with a hook on the end, or some other sort of bending. Cast-in-place anchor bolts are the strongest type of fastener, but the casting is difficult, and they are usually only used for heavy machines mounted on poured concrete floors. Another use of this anchor bolt is to connect the concrete foundation of a building to its wall. With this, the building is more resistant to earthquakes. Currently there are several devices to assist in holding and in placing anchor bolt to set in the concrete. These devices mostly made from composite plastic. The new device, Bolt Snap, is more adaptable for many different sizes of anchor bolt diameters.

Our team of engineers and cad drafter are well expertise and has vast experience in generating shop drawing of different phases like structural steel shop drawings, HVAC shop drawing, fabrication shop drawing, 2D shop drawings, architectural shop drawing. We generally generate shop drawing from architectural plan or structural drawing.

Once the concrete has been poured and set, the only other types of bolts that can be used are mechanical and epoxy bolts. Epoxy bolts are the strongest, but can be very tricky to install, since the epoxy has to be mixed to exact specifications, the hole must be very clean, and the set time has to be watched. As well, there must be a rigorous testing program. In Boston's Big Dig project, these procedures were not well carried out, which resulted in a large concrete slab crushing a motorist.