The phrase "assembly requirement" is correct and usable in written English.
It can be used in contexts where specific conditions or criteria for assembling something are being discussed, such as in manufacturing or construction.
Example: "Before proceeding with the project, we need to review the assembly requirement to ensure all parts are included."
Alternatives: "assembly criteria" or "assembly specifications".
Furthermore, its parallel part has the advantages of high load capacity, high rotational capability, and no strict assembly requirement, which is preferable in practice.
Hence, although considerable progress has been made in terms of the general method for type synthesis of lower-mobility PMs [14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27], and some 3T or 3T1R PMs with specified kinematic properties have been proposed [28, 29, 30, 31, 32], few architectures of UP-equivalent PMs without spherical joints and strict assembly requirement have been disclosed.
However, assembly requirements normally include secondary operations like drilling.
The assembly requirements were so precise that building the thing in the way that the laboratory promised was impossible.
For all submissions, this would include any limitations on the number of pages, font size and typeface, margins, paper size, number of copies, and sequence or assembly requirements.
However, due to the detailing and assembly requirements of multi-story modular steel buildings (MSBs), these systems are prone to undesirable failure mechanisms during large earthquakes.
Unpredictable expression of plastid transgenes and assembly requirements of some foreign Rubiscos that are not satisfied in higher-plant plastids provide challenges for future research.
Along with possible user-defined additional requirements relating to function, assembly requirements are used in a rule-based geometric reasoning procedure to select datum reference frames for each part and to assign tolerance types to part features.
Increasingly stringent process repeatability and precision of assembly requirements are common for high-volume manufacturing for electronic, automotive and especially medical device industries, in which components for disposable medication delivery devices are produced in hundreds of millions annually.
Due to the large-aperture, non-uniform quality distribution and especially rotation from 0° to 360°, neither the multi-point support way nor the full surface-contact support can well meet the assembly requirements.
However, the existing UP-equivalent PMs suffer from the disadvantages of strict assembly requirements and limited rotational capability.
