interaxis

From inter- +‎ axis.

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interaxis (plural interaxes)

1. (architecture) The space between two axes.
   • 1842, Joseph Gwilt, Encyclopaedia of Architecture:

     The doors, windows, niches, and the like, are then placed centrally in the interaxes.

   • 2002, Leonardo Benevolo, The Architecture of the Renaissance - Volume 1, page 72:

     The small order is 16½ braccia high, i.e. eleven times the diameter of the base of the columns (which is 1½ braccia) and one and a half times the interaxis.

   • 2009, Alberto Lamberti, Leopoldo Franco, Giuseppe Roberto Tomasicchio, Coastal Structures 2007, page 1319:

     The analyses performed have shown the importance of the longitudinal distance (interaxis) for in-series applications.

   • '2023, Gian Luca Brunetti, Design and Construction of Bioclimatic Wooden Greenhouses, page 51:

     Indeed, when the light-frame elements and the timber-frame ones are of different widths (the studs/mullions with respect to the posts and the rafters with respect to the sloped beams), and when there is a constant interaxis from center to center between them, the span between them cannot be constant; and vice versa, when the span is kept constant, the interaxis from center to center cannot be constant.

2. (geometry) A line from the center of a regular solid to the center of one of its edges.
   • 1854, James Dwight Dana, A System of Mineralogy, Comprising the Most Recent Discoveries, page 106:

     The principles of analytical geometry afford the means of determining how much the interaxes of the regular octahedron must be increased or diminished to equal the interaxes in these different forms.

   • 1885, George H. F. Ulrich, “Notes on some Mineral Occurrences At Dusky Sound, West coast of Middle Island, New Zealand”, in The New Zealand Journal of Science, volume 1, page 309:

     Owing to this I was only able, by breaking a number of the quartz pieces, to obtain one small crystal representing a distorted rhombic dodecahedron 8 0(110), i.e, one extended in the line of an octahedral or trigonal interaxis, giving it the appearance of an hexagonal prism terminated by a rhombohedron (see fig. 2) in striking resemblance to dioptase.

   • 1911, Alfred Edwin Howard Tutton, Crystallography and Practical Crystal Measurement, page 306:

     When the position is as given in the stereographic projection in Fig. 265, the angle over the axial-plane polar edges is the more acute, but if the pole were placed nearer to the crystallographic than to the interaxis, as in the case of the dihexagonal pyramid {2131} of beryl shown in Fig . 266, the case would be reversed.

   • 1968, Forrest L. Carter, “Valence Bonding in Some Refractory Transition Metal Compounds with High Coordination”, in NBS Special Publication, page 548:

     In the traditional valence bond approach above, the decrease of the bron position parameter improves the bond strength of the (sp³)_z hybrid, but it increases the misfit between direction of the boron-metal interaxis and direction (z-axis) of (sp³)_z hybrid.

3. The distance between the axes (centers of rotation) of two items that interact along a spiral groove, such as intermeshing screws or a vinyl record and needle.
   • 1983, F. Martelli, Twin-Screw Extruders: A Basic Understanding, page 93:

     Because the screws are intermeshing and conjugated, and their interaxis is fixed, the larger the channel depth h, the larger the screws external diameter D.

   • 2013, Enrique Saldivar-Guerra, Eduardo Vivaldo-Lima, Handbook of Polymer Synthesis, Characterization, and Processing:

     In addition, TSE can either be intermeshing (Fig. 23.7), when the interaxis (l) is less than the sum of the radii of the two screws, that is when the flights of one screw penetrate into the channel of the other screw and vice versa; or nonintermeshing, when the interaxis is equal to the sumb of the radii of the two screws, that is, when the tip of the flights of one screw just toucches the tip of the flights of the other screw.

   • 2019, Marco Valerio Masci, Vinyl - Digit 33-45: Acquisition Method: From Vinyl To Digital, page 28:

     But the modulations of the groove, which produce micro changes in acceleration (by micro angular/tangential variations), lead to changes in the stalemate conditions of the cantilever by changing the orthogonal alignment between its interaxis and the tangent of the groove.

interaxis (not comparable)

1. Between axes (any sense).
   • 1957, Ōsaka Furitsu Daigaku, Bulletin of University of Osaka Prefecture, page 42:

     It is possible to give smaller interaxis distance than the rotor radius when the shafts are inclined a small angle to each other (so-called " Synchropter ") , and the limiting case this interaxis distance approaching zero is the coaxial rotors configuration.

   • 1959, NASA Technical Note - Issues 2981-2990, page 26:

     The single-axis approach to the design of the servosystem is expedient, but it ignores the effect of mechanical and electromechanical interaxis coupling.

   • 2009, Alfred Inselberg, Parallel Coordinates, page 387:

     A data subset is selected between the B2 and B3 axes as shown, with enlarged interaxis distance better showing the vertical bands in Fig. 10.6 (left) to select a data subset that corresponds on the map to regions with high vegetation.

   • 2012, Winslow Caughey, Biochemical and Clinical Aspects of Hemoglobin Abnormalities, page 101:

     The interaxis angles for human deoxyhemoglobin and horse methemoglobin are based on the refined heme iron positions as given in references 7 and 11, respectively.

   • 2020, Girish M. Ganjyal, Extrusion Cooking: Cereal Grains Processing, page 34:

     Intermeshing screws are designed such that their interaxis distance (center-to-center distance between the axis of the screws) is much smaller than the sum of their radii.

   • 1989, Melvin J. Glimcher, Jane B. Lian, The Chemistry and Biology of Mineralized Tissues, page 149:

     In early stages of mineralization the molecules are parallel to the fibril axis with an average interaxis distance of 1.8 nm.

   • 1994, Albert F. Fuchs, Contemporary Ocular Motor and Vestibular Research, page 76:

     As lateral canals are tilted about 15 degrees up from the horizontal plane in the squirrel monkey (Blanks et al, 1985), interaxis mismatch could contribute to the response.

   • 1991, Christian M. I. M. Matthiessen, John A. Bateman, Text Generation and Systemic-functional Linguistics, page 96:

     There are two kinds of intrastratal realization, viz. (i) interaxis realization and ( ii ) interrank realization.

1. (electronics) Pertaining to the perpendicularity (or deviation therefrom) of a set of resolver windings when another set of windings is excited.
   • 1954, Institute of Radio Engineers. Professional Group on Component Parts, Transactions - Volume 1, Issue 1 - Volume 4, Issue 3, page 5:

     However, interaxis perpendicularity errors will be included [ see paragraph M ) ] .

   • 1985, Harold A. Rothbart, Mechanical Design and Systems Handbook, page 41-11:

     Inherent electrical errors, which consist of conformity and interaxis errors, result from rotor and stator ellipticity and eccentricity, and imperfect winding and flux distribution.

   • 1999, Rudolf F. Graf, Modern Dictionary of Electronics, page 384:

     For rotor interaxis error, one stator winding is excited; for stator interaxis error, one rotor winding is excited.

   • 2000, Society of Experimental Test Pilots. Symposium, Symposium Proceedings - Volumes 44-45, page 128:

     For less aggressive maneuvers, it simply states that interaxis coupling should not be objectionable. Interaxis coupling is measured by making an input in the desired axis and holding the other axes fixed.

   • 2006, Fritz K. Brunner, Chris Rizos, Developments in Four-Dimensional Geodesy:

     These accelerometers have a sensitivity of 10−11 mss −2 Hz−1/2, and an interaxis orthogonality and interaxis alignment accuracy of 10−6 rad.

   • 2007, Clarence W. de Silva, Mechatronic Systems, page 6-91:

     In addition, the adaptive controller is able to minimize the interaxis offset error (by manipulation of the parameter K; see (11.22)), whereas the decoupled PID controller was only able to track individual trajectories independently.