Multiple-part

Describing something that is composed of two or more distinct and separate sections, pieces, or components. This term highlights the division of an entity into its constituent elements, emphasizing the interconnectedness and interdependence of those elements. It often implies a more complex structure or process compared to a single-part counterpart. The term is applicable to a broad range of subjects including objects, processes, systems, and compositions. The arrangement and function of the individual parts are typically crucial to the overall purpose or outcome of the whole.

Multiple-part meaning with examples

• The multiple-part engine design allowed for easier maintenance and more efficient combustion. Mechanics could easily isolate and replace a damaged component without dismantling the entire unit. Each part, from the pistons to the spark plugs, played a crucial role in the engine's operation. The ingenious system demonstrated how a complex process benefits from the integration of several parts.
• The committee’s multiple-part report examined climate change, outlining causes, consequences, and possible solutions. The detailed information was spread across various sections, allowing for a comprehensive yet organized presentation of the data. Each segment focused on a specific aspect. The team created a detailed report by breaking the process into manageable parts. The sections helped a broad audience better understand this complex subject.
• A multiple-part musical composition often features distinct movements, each with its own tempo and thematic material, contributing to a richer, more varied soundscape. These parts, like movements in a symphony, create emotional complexity. The contrast between the musical parts create interest and the overall composition provides a journey for the listener. The parts' interplay creates a complete artistic work.
• The software application features a multiple-part installation process, ensuring the seamless integration of different modules. Users must install the program in discrete sections. Each section, in turn, establishes dependencies on other segments. The resulting program is sophisticated. This architecture allows for modularity, allowing users to customize their installation and future updates.