Wood Beams & Joists

Wood Beams & Joists

Description
Description

Wood beams and joists are structural elements used to support the weight of a floor or roof. Beams are typically larger and longer than joists, and they are used to support joists, which in turn support the floor or roof. Beams and joists are typically made of wood, but they can also be made of steel or concrete. The purpose of wood beams and joists is to distribute the weight of a floor or roof evenly across the supporting structure. This helps to prevent the structure from collapsing under the weight of the floor or roof. Wood beams and joists are an essential part of any building, and they help to ensure the safety and stability of the structure.

History
History

Wood beams and joists have been fundamental to building for ages. In ancient times, timber was a primary material for structures, with beams supporting roofs and joists spanning spaces to create floors or ceilings. Traditional methods involved hand-hewing and joining, often with wooden pegs. Over centuries, as construction techniques advanced, the use of standardized sizes and the introduction of engineered wood products optimized their strength and versatility. These innovations allowed for larger open spaces and more complex architectural designs.

Future
Future

Wood beams and joists are embracing sustainability and innovation. Modern builders often favor engineered wood products like I-joists and laminated veneer lumber for their strength and efficiency. These materials reduce waste and allow for longer spans, creating spacious, open-concept designs. As eco-consciousness grows, the use of reclaimed wood beams, celebrated for their character and history, is gaining traction. Additionally, hybrid structures, blending wood with materials like steel, are becoming popular, offering both aesthetics and functionality.

Common Questions
Common Questions
What are the advantages of wood beams in construction?

Wood beams are a popular choice for construction because they are strong, lightweight, and sustainable. Wood beams are also easy to work with and can be customized to fit any project. In addition, wood beams can help to improve the energy efficiency of a building.

What are the disadvantages of wood beams?

Because wood beams are organic products, they are susceptible to shrinking, swelling, rot, and fire. These factors can weaken the structure of a building and pose a safety hazard.

How do you bend a wood beam?

There are a few ways to bend a wood beam. One way is to use steam. The wood is steamed until it becomes soft and pliable. Then, it is bent into the desired shape and allowed to cool and harden. Another way to bend wood is to use heat. The wood is heated until it becomes soft and pliable. Then, it is bent into the desired shape and allowed to cool and harden. A third way to bend wood is to use pressure. The wood is placed in a mold and then pressure is applied until it bends into the desired shape.

Buildings

* Under Development *

.75” | 19 mm
1.5”-11.25” | 38-286 mm
6’-24’ | 1.83-7.32 m
Lumber - 1 x
1.900
28.600
732.000
16900
https://p3d.in/e/T7T9X
GUIDE
3D
Lumber - 1 xView of 1 x Lumber in 3D available for downloadView of 1 x Lumber in 3D available for download
9.5” | 241 mm
9.5”-17.5” | 241-445 mm
8’-32’ | 2.44-9.75 m
Lumber - 10 x
24.100
44.500
732.000
65
https://p3d.in/e/wFGIj
GUIDE
3D
Lumber - 10 xView of 10 x Lumber in 3D available for downloadView of 10 x Lumber in 3D available for download
11.5” | 292 mm
11.5”-17.5” | 292-445 mm
8’-32’ | 2.44-9.75 m
Lumber - 12 x
29.200
44.500
732.000
75
https://p3d.in/e/osPiG
GUIDE
3D
Lumber - 12 xPerspective view of a 3D model of 12 x LumberPerspective view of a 3D model of 12 x Lumber
1.5” | 38 mm
1.5”-13.25” | 38-337 mm
6’-24’ | 1.83-7.32 m
Lumber - 2 x
3.800
33.700
732.000
20000
https://p3d.in/e/Gj7M3
GUIDE
3D
Lumber - 2 xPerspective view of a 3D model of 2 x LumberPerspective view of a 3D model of 2 x Lumber
2.5” | 64 mm
2.5”-15.25” | 64-387 mm
6’-24’ | 1.83-7.32 m
Lumber - 3 x
6.400
38.700
732.000
700
https://p3d.in/e/ASoHG
GUIDE
3D
Lumber - 3 x3D model of 3 x Lumber viewed in perspective3D model of 3 x Lumber viewed in perspective
3.5” | 89 mm
3.5”-15.25” | 89-387 mm
6’-24’ | 1.83-7.32 m
Lumber - 4 x
8.900
38.700
732.000
2680
https://p3d.in/e/L26ky
GUIDE
3D
Lumber - 4 xView of 4 x Lumber in 3D available for downloadView of 4 x Lumber in 3D available for download
5.5” | 140 mm
5.5”-17.5” | 140-445 mm
8’-32’ | 2.44-9.75 m
Lumber - 6 x
14.000
44.500
732.000
435
https://p3d.in/e/1O6Ad
GUIDE
3D
Lumber - 6 xPerspective view of a 3D model of 6 x LumberPerspective view of a 3D model of 6 x Lumber
7.5” | 191 mm
7.5”-17.5” | 191-445 mm
8’-32’ | 2.44-9.75 m
Lumber - 8 x
19.100
44.500
732.000
445
https://p3d.in/e/S3x6a
GUIDE
3D
Lumber - 8 x3D model of 8 x Lumber viewed in perspective3D model of 8 x Lumber viewed in perspective
2.5”-4” | 64-102 mm
7.5”-24” | 19.1-61 cm
6’-24’ | 1.83-7.32 m
Wood Beam - Box
10.200
61.000
732.000
1605
https://p3d.in/e/MFtTS
GUIDE
3D
Wood Beam - Box3D model of Box Wood Beam viewed in perspective3D model of Box Wood Beam viewed in perspective
3”-7.5” | 76-191 mm
3.5”-15.25” | 8.9-38.7 cm
6’-24’ | 1.83-7.32 m
Wood Beam - Built-Up
19.100
38.700
732.000
50
https://p3d.in/e/bhYYr
GUIDE
3D
Wood Beam - Built-UpView of Built-Up Wood Beam in 3D available for downloadView of Built-Up Wood Beam in 3D available for download
2’-10’ | 61-305 cm
4”-12” | 10.2-30.5 cm
16’-48’ | 4.88-14.63 m
Wood Beam - Cross Laminated Timber (CLT)
305.000
30.500
1463.000
25
https://p3d.in/e/VLs0f
GUIDE
3D
Wood Beam - Cross Laminated Timber (CLT)Perspective view of a 3D model of Cross Laminated Timber Wood BeamPerspective view of a 3D model of Cross Laminated Timber Wood Beam
3.5”-7.5” | 89-191 mm
5.5”-13.25” | 14-33.7 cm
6’-24’ | 1.83-7.32 m
Wood Beam - Flitch
19.100
33.700
732.000
2505
https://p3d.in/e/BLsrW
GUIDE
3D
Wood Beam - Flitch3D model of Flitch Wood Beam viewed in perspective3D model of Flitch Wood Beam viewed in perspective
3.5”-15.25” | 89-387 mm
3”-48” | 7.6-122 cm (Typical)
6’-24’ | 1.83-7.32 m
Wood Beam - Glue Laminated (GLULAM)
38.700
122.000
732.000
4605
https://p3d.in/e/wWtOn
GUIDE
3D
Wood Beam - Glue Laminated (GLULAM)View of Glue Laminated Wood Beam in 3D available for downloadView of Glue Laminated Wood Beam in 3D available for download
1.75”-3.5” | 44-89 mm
9.5”-16” | 24.1-40.6 cm
16’-48’ | 4.88-14.63 m
Wood Beam - I-Joist
8.900
40.600
1463.000
5605
https://p3d.in/e/orxzn
GUIDE
3D
Wood Beam - I-JoistPerspective view of a 3D model of I-Joist Wood BeamPerspective view of a 3D model of I-Joist Wood Beam
1.75”-3.5” | 44-89 mm
9.5”-16” | 24.1-40.6 cm
12’-48’ | 3.66-14.63 m
Wood Beam - Laminated Strand Lumber (LSL)
8.900
40.600
1463.000
410
https://p3d.in/e/ivWI8
GUIDE
3D
Wood Beam - Laminated Strand Lumber (LSL)3D model of Laminated Strand Lumber Wood Beam viewed in perspective3D model of Laminated Strand Lumber Wood Beam viewed in perspective
1.75” | 44 mm
5.5”-24” | 14-61 cm
16’-48’ | 4.88-14.63 m
Wood Beam - Laminated Veneer Lumber (LVL)
4.400
61.000
1463.000
17060
https://p3d.in/e/lhOvt
GUIDE
3D
Wood Beam - Laminated Veneer Lumber (LVL)View of Laminated Veneer Lumber Wood Beam in 3D available for downloadView of Laminated Veneer Lumber Wood Beam in 3D available for download
1.75”-7” | 44-178 mm
9.5”-18” | 24.1-45.7 cm
12’-48’ | 3.66-14.63 m
Wood Beam - Parallel Strand Lumber (PSL)
17.800
45.700
1463.000
1360
https://p3d.in/e/bssTW
GUIDE
3D
Wood Beam - Parallel Strand Lumber (PSL)Perspective view of a 3D model of Parallel Strand Lumber Wood BeamPerspective view of a 3D model of Parallel Strand Lumber Wood Beam