Low profile clamp for a wellbore tubular

1. A method of securing a control line to a wellbore tubular, comprising:

retaining a clamp within a circumferential groove in the wellbore tubular by retaining the clamp with at least an undercut upper edge of the circumferential groove and an undercut lower edge of the circumferential groove;

retaining the control line to an outside of the wellbore tubular via the clamp; and

resisting a force applied to the control line by transferring the force via the clamp to the circumferential groove.

2. The method of claim 1 , further comprising running the wellbore tubular and the control line into a wellbore.

3. The method of claim 2 , wherein the force is applied to the control line by the wellbore.

4. A method of coupling a control line to an outside of a wellbore tubular, comprising:

placing at least a portion of a clamp in a circumferential groove in the wellbore tubular; and

sliding at least the portion of the clamp in the circumferential groove to engage a retaining lip of the circumferential groove, wherein the clamp is configured to retain the control line adjacent the wellbore tubular.

5. The method of claim 4 , wherein placing at least the portion of the clamp comprises placing a clamp retainer over the control line, and wherein the method further comprises placing a first end clamp in the circumferential groove, placing a second end clamp in the circumferential groove, and sliding the first end clamp and the second end clamp to secure the clamp retainer.

6. The method of claim 5 , further comprising securing the first end clamp by engaging a first retaining mechanism with the first end clamp, and securing the second end clamp by engaging a second retaining mechanism with the second end clamp.

7. The method of claim 4 , further comprising deforming a tab portion of the clamp to secure the clamp in the circumferential groove.

8. The method of claim 4 , further comprising deforming a portion of the retaining lip of the circumferential groove to secure the clamp in the circumferential groove.

9. The method of claim 4 , further comprising running the control line and the wellbore tubular into a wellbore.

10. The method of claim 4 , wherein the wellbore tubular is at least one of a coupler, an adapter, a packer, a sand screen, a sand screen shroud, a sand screen end ring, a sand screen middle ring, a casing joint, a pipe joint, coiled tubing, a completion tool, a gauge mandrel, a safety valve, or a mandrel on a travel joint.

11. The method of claim 4 , further comprising placing a first end clamp in the circumferential groove, placing a second end clamp in the circumferential groove, and sliding the first end clamp and the second end clamp toward each other to cover the control line.

12. The method of claim 5 , further comprising placing the clamp retainer over two or more control lines, placing the first end clamp in the circumferential groove, placing the second end clamp in the circumferential groove, and sliding the first end clamp and the second end clamp to secure the clamp retainer over the two or more control lines.

13. A clamp system for use with a wellbore tubular comprising:

a wellbore tubular having a circumferential groove, wherein the circumferential groove is undercut on an upper edge of the circumferential groove and undercut on a lower edge of the circumferential groove; and

a clamp, wherein the circumferential groove is configured to retain the clamp within the circumferential groove, wherein the clamp is retained at least in part by the undercut upper edge of the circumferential groove and the undercut lower edge of the circumferential groove.

14. The clamp system of claim 13 , wherein the wellbore tubular defines a cut-out portion that is at least as wide as from the undercut on the upper edge of the circumferential groove to the undercut on the lower edge of the circumferential groove.

15. The clamp system of claim 13 , wherein the clamp comprises a first end clamp, a second end clamp, and a clamp retainer, wherein the circumferential groove is configured to retain the first end clamp and the second end clamp, and wherein the first end clamp and the second end clamp are configured to retain the clamp retainer in the circumferential groove.

16. The clamp system of claim 15 , wherein the clamp retainer comprises an axial groove in an inner face of the clamp retainer.

17. The clamp system of claim 15 , wherein the clamp retainer comprises a plurality of axial grooves in an inner face of the clamp retainer.

18. The clamp system of claim 13 , wherein the wellbore tubular further comprises an axial groove in an outer surface of the wellbore tubular.

19. The clamp system of claim 13 , further comprising a retaining mechanism, wherein the retaining mechanism is configured to secure the clamp against translating in the circumferential groove of the wellbore tubular when the retaining mechanism is in a set state.

20. The clamp system of claim 13 , wherein the clamp comprises a tab, wherein the tab is deformable, and wherein the tab is configured to secure the clamp against sliding in the circumferential groove of the wellbore tubular.

21. The clamp system of claim 13 , wherein at least a portion of the clamp is configured to be deformed, and wherein the clamp is configured to resist translation in the circumferential groove of the wellbore tubular when at least the portion of the clamp is deformed.

22. The clamp system of claim 13 , wherein at least a portion of the circumferential groove is configured to be deformed, and wherein the clamp is configured to be retained within the circumferential groove when at least the portion of the circumferential groove is deformed.