A method for manufacturing a tubular member including a longitudinal axis, a first end, and a second end opposite the first end, the method comprising: (a) forming a threaded pin connector on the first end of the tubular member, wherein the threaded pin connector includes a pin external shoulder and a pin internal shoulder axially spaced from the pin external shoulder; (b) forming a threaded box connector on the second end of the tubular member, wherein the threaded box connector includes a box external shoulder and a box internal shoulder axially spaced from the box external shoulder; and (c) forming a plurality of pin threads along the pin member in a region between the pin external shoulder and the pin internal shoulder and a plurality of box threads along the box member in a region between the box external shoulder and the box internal shoulder, wherein the pin threads and the box threads each taper relative to the longitudinal axis at 1.0 to 1.5 inches per foot (8.3 to 12.5 cm per meter), and wherein the plurality of the pin threads and the plurality of box threads have an axial density measured in a number of threads per inch (1 inch = 2.54 cm), and wherein each of the plurality of pin threads and each of the plurality of box threads includes: a crest; a root; a stab flank extending between the crest and the root; and a load flank extending between the crest and the root, wherein the stab flank on each pin thread is more proximate the pin internal shoulder than the load flank on the pin thread, and wherein the stab flank on each box thread is more proximate the box external shoulder than load flank on the box thread; wherein when the pin member is threadably engaged with a box member on another tubular member, each of the plurality of pin threads contacts a corresponding box thread along a projected radial distance H C along the load flank; wherein when the box member is threadably engaged with a pin member on a another tubular member, each of the plurality of box threads contacts a corresponding pin thread along the projected radial distance H C measured in inches along the load flank; and wherein the plurality of pin threads and box threads are configured such that the product of 2 3 H C TPI for the pin threads and the box threads is greater than or equal to 0.95 and less than or equal to 1.05. (a) forming a threaded pin connector on the first end of the tubular member, wherein the threaded pin connector includes a pin external shoulder and a pin internal shoulder axially spaced from the pin external shoulder; (b) forming a threaded box connector on the second end of the tubular member, wherein the threaded box connector includes a box external shoulder and a box internal shoulder axially spaced from the box external shoulder; and (c) forming a plurality of pin threads along the pin member in a region between the pin external shoulder and the pin internal shoulder and a plurality of box threads along the box member in a region between the box external shoulder and the box internal shoulder, wherein the pin threads and the box threads each taper relative to the longitudinal axis at 1.0 to 1.5 inches per foot (8.3 to 12.5 cm per meter), and wherein the plurality of the pin threads and the plurality of box threads have an axial density measured in a number of threads per inch (1 inch = 2.54 cm), and wherein each of the plurality of pin threads and each of the plurality of box threads includes: a crest; a root; a stab flank extending between the crest and the root; and a load flank extending between the crest and the root, wherein the stab flank on each pin thread is more proximate the pin internal shoulder than the load flank on the pin thread, and wherein the stab flank on each box thread is more proximate the box external shoulder than load flank on the box thread; wherein when the pin member is threadably engaged with a box member on another tubular member, each of the plurality of pin threads contacts a corresponding box thread along a projected radial distance H C along the load flank; wherein when the box member is threadably engaged with a pin member on a another tubular member, each of the plurality of box threads contacts a corresponding pin thread along the projected radial distance H C measured in inches along the load flank; and wherein the plurality of pin threads and box threads are configured such that the product of 2 3 H C TPI for the pin threads and the box threads is greater than or equal to 0.95 and less than or equal to 1.05. a crest; a root; a stab flank extending between the crest and the root; and a load flank extending between the crest and the root, wherein the stab flank on each pin thread is more proximate the pin internal shoulder than the load flank on the pin thread, and wherein the stab flank on each box thread is more proximate the box external shoulder than load flank on the box thread; wherein when the pin member is threadably engaged with a box member on another tubular member, each of the plurality of pin threads contacts a corresponding box thread along a projected radial distance H C along the load flank; wherein when the box member is threadably engaged with a pin member on a another tubular member, each of the plurality of box threads contacts a corresponding pin thread along the projected radial distance H C measured in inches along the load flank; and wherein the plurality of pin threads and box threads are configured such that the product of 2 3 H C TPI for the pin threads and the box threads is greater than or equal to 0.95 and less than or equal to 1.05.