Rotor blade joint assembly with multi-component shear web

1. A wind turbine rotor blade, comprising:

an upper shell member having a spar cap configured on an internal face thereof;

a lower shell member having a spar cap configured on an internal face thereof;

a shear web extending between said spar caps along a longitudinal length of said blade, said shear web further comprising first and second components extending from and integral with respective said spar caps; and,

a joint assembly configured between facing transverse ends of said first and second components of said shear web, said joint assembly further comprising:

a connecting structure comprising a plurality of connecting members, each connecting member comprising an H-shaped cross-section defined by generally parallel side walls connected together by a chord-wise extending structural wall, the parallel side walls and the chord-wise extending structural wall of each connecting member having a first compartment and second compartment, the first and second compartments of the connecting members configured to receive said transverse end of said first and second components, respectively, wherein said connecting structure is infused and integral with said first component of said shear web, and wherein said connecting structure is bonded with said second component of said shear web.

2. The wind turbine rotor blade of claim 1 , wherein said plurality of connecting members are aligned end to end in a span-wise direction of the rotor blade, each of the plurality of connecting members contacting adjacent connecting members.

3. The wind turbine rotor blade of claim 2 , wherein said second compartments of said plurality of connecting members comprise one or more flared ends configured to guide said second component of said shear web within said second compartments of said plurality of connecting members.

4. The wind turbine rotor blade of claim 2 , wherein said joint assembly further comprises an adhesive configured within said second compartments of each of the plurality of connecting members so as to bond said second component of said shear web within said second compartments.

5. The wind turbine rotor blade of claim 4 , wherein said adhesive comprises one of or a combination of the following: a bond paste, a binder, a tape, a gum, a wax, a plaster, a grout, a resin, an epoxy, a sealant, or a glue.

6. The wind turbine rotor blade of claim 1 , wherein said connecting structure comprises a flexible material.

7. The wind turbine rotor blade of claim 1 , wherein said joint assembly further comprises one or more fasteners configured to bond said connecting structure to said second component of said shear web.

8. The wind turbine rotor blade of claim 1 , said first and second components of said shear web comprise longitudinal side walls that surround a filler material, the longitudinal side walls extending substantially perpendicular from said respective spar caps and being bonded to said respective spar caps at a juncture between said first or second component and said respective spar caps.

9. The wind turbine rotor blade of claim 8 , wherein said longitudinal side walls and said filler material of said first and second components are infused directly with respective said spar caps.

10. A method for manufacturing a joint assembly for a wind turbine rotor blade, said method comprising:

infusing a first component of a shear web with a first spar cap of a lower shell member of the rotor blade;

infusing a second component of the shear web onto an opposing spar cap of an upper shell member of the rotor blade;

forming a connecting structure having an H-shaped cross-section configured to join the first and second components of the shear web, the connecting structure having a plurality of connecting members, the plurality of connecting members each having a first compartment and second compartment;

infusing the first component of the shear web within the first compartments of the plurality of connecting members; and,

inserting the second component of the shear web within the second compartments of the plurality of connecting members so as to join the lower and upper shell members.

11. The method of claim 10 , further comprising applying an adhesive within the second compartments of the plurality of connecting members so as to secure the second component of the shear web within the second compartments of the plurality of connecting members.

12. The method of claim 11 , wherein the adhesive comprises one of or a combination of the following: a bond paste, a binder, a tape, a gum, a wax, a plaster, a grout, a resin, an epoxy, a sealant, or a glue.

13. The method of claim 10 , further comprising securing the connecting structure to the second component of the shear web via one or more fasteners.

14. The method of claim 10 , further comprising aligning the plurality of connecting members end to end in a span-wise direction of the rotor blade.

15. The method of claim 10 , wherein infusing the first and second components of the shear web with the first and second spar caps of the lower and upper shell members further comprises:

infusing longitudinal side walls to the respective spar caps, the longitudinal side walls extending substantially perpendicular from the respective spar caps; and

inserting a tiller material within the longitudinal side walls so as to form the first and second components such that the first and second components of the shear web are infused directly with the respective spar caps.

16. The method of claim 10 , wherein each of the plurality of connecting members further comprises one or more flared ends configured to guide the second component of the shear web within the second compartments of the plurality of connecting members.

17. The method of claim 10 , wherein the connecting structure comprises a flexible material.