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Building components having a reduced thermal bridge relative to traditional building components. In embodiments, a beam comprises at least two flanges and a web connecting the flanges and maintaining the flanges in a roughly parallel configuration to each other. In embodiments, the web comprises mul

Building components having a reduced thermal bridge relative to traditional building components. In embodiments, a beam comprises at least two flanges and a web connecting the flanges and maintaining the flanges in a roughly parallel configuration to each other. In embodiments, the web comprises multiple web pieces having reduced cross sections. In alternative embodiments, the web comprises a single continuous web piece with a reduced cross section. In alternative embodiments, the web comprises one or more foam or honeycomb pieces.

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1. A low thermal bridge building component comprising: at least two flanges anda web joining the at least two flanges and maintaining the at least two flanges in a roughly parallel configuration;wherein: the web comprises at least two web pieces spaced along a length of the building component;each o

1. A low thermal bridge building component comprising: at least two flanges anda web joining the at least two flanges and maintaining the at least two flanges in a roughly parallel configuration;wherein: the web comprises at least two web pieces spaced along a length of the building component;each one of the at least two web pieces comprises a perforation;the at least two flanges comprise a flange cross-sectional area;the web comprises a cumulative web cross-sectional area; andthe web cross-sectional area is less than seven percent of the flange cross-sectional area. 2. The low thermal bridge building component of claim 1, wherein the at least two flanges and the web are manufactured from lumber. 3. The low thermal bridge building component of claim 1, wherein the web is manufactured from a material selected from the group consisting of aluminum, steel, plastic, insulation, and plastic composites. 4. The low thermal bridge building component of claim 1, wherein the web comprises a honeycomb or rigid foam material. 5. The low thermal bridge building component of claim 4, wherein: the web has an R-value from 17 to 55 andthe low thermal bridge building component is installed within a wall having a wall thickness of 5.5 to 11.25 inches. 6. The low thermal bridge building component of claim 1, wherein the low thermal bridge building component has an approximate overall thickness of 3.5 inches, 5.5 inches, 7.25 inches, 9.25 inches, or 11.25 inches, wherein the overall thickness is defined as a measurement between outer opposing surfaces of the at least two flanges. 7. The low thermal bridge building component of claim 6, wherein: the low thermal bridge building component has an approximate overall thickness of 5.5 inches andthe low thermal bridge building component has a weight of less than 14 pounds per 8 foot length. 8. The low thermal bridge building component of claim 6, wherein: the low thermal bridge building component has an approximate overall thickness of 7.25 inches andthe low thermal bridge building component has a weight of less than 19 pounds per 8 foot length. 9. The low thermal bridge building component of claim 6, wherein: the low thermal bridge building component has an approximate overall thickness of 9.25 inches andthe low thermal bridge building component has a weight of less than 24 pounds per 8 foot length. 10. The low thermal bridge building component of claim 6, wherein: the low thermal bridge building component has an approximate overall thickness of 11.25 inches andthe low thermal bridge building component has a weight of less than 30 pounds per 8 foot length. 11. The low thermal bridge building component of claim 6, wherein the low thermal bridge building component has a material volume of less than 800 cubic inches per 8 foot length. 12. The low thermal bridge building component of claim 1, wherein the low thermal bridge building component has an overall width, defined as a measurement across an outer surface of one of the at least two flanges, of approximately 1.5 inches, 2.5 inches, or 3.5 inches. 13. The low thermal bridge building component of claim 1, wherein the building component is selected from the group consisting of a wall plate and a wall stud. 14. The low thermal bridge building component of claim 1, wherein: the low thermal bridge building component has an approximate overall thickness of 5.5 inches to 11.25 inches, wherein the thickness is defined as a measurement between outer opposing surfaces of the at least two flanges, andthe building component is constructed within a wall having a wall cavity R-value of 17 to 75. 15. The low thermal bridge building component of claim 14, wherein the building component is constructed within a wall having a wall cavity R-value of 20 to 42. 16. A method of constructing a low thermal bridge structure, comprising: measuring a desired length along a building component assembly, wherein the building component assembly comprises: at least two flanges;a web joining the at least two flanges and maintaining the at least two flanges in a roughly parallel configuration; andat least one perforation in the web;cutting the building component assembly to approximately the desired length, thereby resulting in a completed building component; andinstalling the completed building component within a wall. 17. The method of claim 16, wherein the desired length is approximately equivalent to a desired wall height. 18. A low thermal bridge wall component comprising: a first flange having a first peripheral surface facing a first direction;a second flange having a second peripheral surface facing a second direction that is approximately opposite the first direction;a width of at least approximately 1.5 inches;a web joining the first flange and the second flange and maintaining the first flange and the second flange in a roughly parallel configuration; wherein the web comprises:at least one hole andan R-value from 17 to 55. 19. The low thermal bridge wall component of claim 18, wherein the web comprises: a curved surface anda middle width of less than one-fourth of an edge width. 20. The low thermal bridge wall component of claim 18, wherein the web comprises at least one hole.