A method of positioning a solid tubular in a borehole utilizing a bottom hole assembly including a downhole motor having an upper section with an upper central axis and a lower bearing section with a lower bearing central axis offset at a selected bend angle from the upper section central axis by a bend, the bottom hole assembly further including a bit assembly including a bit, the method comprising: securing a gauge section above the bit, the gauge section having a uniform diameter cylindrical bearing surface thereon along an axial length of at least about 60% of a cutting diameter of the bit; rotating the bit and the gauge section to drill the borehole by one of pumping fluid through the downhole motor and rotating the drill string from the surface while passing fluid through the downhole motor characterised in that the method further comprises: inserting an upper tubular with a first run-in internal diameter at a first desired depth within the drilled borehole; expanding downhole the upper tubular to a first expanded internal diameter less than about 6% greater than the first run-in internal diameter; inserting a run-in tubular with a second run-in internal diameter at a second desired depth within the drilled borehole, wherein an upper end of the run-in tubular is disposed within a lower end of the upper tubular; and expanding the run-in tubular to an expanded internal diameter less than about 6% greater than the second run-in internal diameter to engage an internal surface of a lower end of the upper tubular. securing a gauge section above the bit, the gauge section having a uniform diameter cylindrical bearing surface thereon along an axial length of at least about 60% of a cutting diameter of the bit; rotating the bit and the gauge section to drill the borehole by one of pumping fluid through the downhole motor and rotating the drill string from the surface while passing fluid through the downhole motor characterised in that the method further comprises: inserting an upper tubular with a first run-in internal diameter at a first desired depth within the drilled borehole; expanding downhole the upper tubular to a first expanded internal diameter less than about 6% greater than the first run-in internal diameter; inserting a run-in tubular with a second run-in internal diameter at a second desired depth within the drilled borehole, wherein an upper end of the run-in tubular is disposed within a lower end of the upper tubular; and expanding the run-in tubular to an expanded internal diameter less than about 6% greater than the second run-in internal diameter to engage an internal surface of a lower end of the upper tubular. inserting an upper tubular with a first run-in internal diameter at a first desired depth within the drilled borehole; expanding downhole the upper tubular to a first expanded internal diameter less than about 6% greater than the first run-in internal diameter; inserting a run-in tubular with a second run-in internal diameter at a second desired depth within the drilled borehole, wherein an upper end of the run-in tubular is disposed within a lower end of the upper tubular; and expanding the run-in tubular to an expanded internal diameter less than about 6% greater than the second run-in internal diameter to engage an internal surface of a lower end of the upper tubular.