How To Derive A Curve Using Linear Dimensions 1
A slab with curved edges on two sides is an example of a slab. The curve may not be an
exact circle or may be a segment of a circle with a radius at an unapproachable location.
The curved edge may be difficult to derive using a center, so we can derive this curve using
linear dimension. Each red line is placed at a convenient distance from the curve, and
parallel lines are drawn to meet the curved edge. Each of these lines will be dimensioned
accurately.
Transfer the red line and each of the perpendicular lines to the site
Each of those perpendicular lines will give you points
Join the points to draw the exact curve
Each of these perpendicular dimensions is taken at a fixed distance for accuracy and
convenience. The dimensions are spaced between each perpendicular line with caution,
500mm is convenient and gives smooth curves. The spacing between each curve may be
modified with the objective of getting accurate and smooth curves. The angles between
each curve and the spacing may also be modified to make the curves larger.
The dimensions may be made convenient and comfortable. The lines may be a width that is
convenient to make a large line. If it is convenient for a curve that is taken for more than
five meters of the length of the red lines, the curves are consistent.
The width of the lines or dimensions is marked from the red lines, and boundaries are
marked between them. The dimensions or distance of these lines are not between the center
of the curves, but between the perpendicular lines. The dimensions between these
perpendicular lines or between the lines are marked, and the distance between these lines is
to be noted.
A slab with curved edges on two sides is an example of a slab. The curve may not be an
exact circle or may be a segment of a circle with a radius at an unapproachable location.
The curved edge may be difficult to derive using a center, so we can derive this curve using
linear dimension. Each red line is placed at a convenient distance from the curve, and
parallel lines are drawn to meet the curved edge. Each of these lines will be dimensioned
accurately.
Transfer the red line and each of the perpendicular lines to the site
Each of those perpendicular lines will give you points
Join the points to draw the exact curve
Each of these perpendicular dimensions is taken at a fixed distance for accuracy and
convenience. The dimensions are spaced between each perpendicular line with caution,
500mm is convenient and gives smooth curves. The spacing between each curve may be
modified with the objective of getting accurate and smooth curves. The angles between
each curve and the spacing may also be modified to make the curves larger.
The dimensions may be made convenient and comfortable. The lines may be a width that is
convenient to make a large line. If it is convenient for a curve that is taken for more than
five meters of the length of the red lines, the curves are consistent.
The width of the lines or dimensions is marked from the red lines, and boundaries are
marked between them. The dimensions or distance of these lines are not between the center
of the curves, but between the perpendicular lines. The dimensions between these
perpendicular lines or between the lines are marked, and the distance between these lines is
to be noted.
