Flat-angled

Describing a surface or form characterized by having a broad, low angle or a shallow inclination, resulting in a relatively planar appearance. This term emphasizes the lack of sharp corners or steep inclines, suggesting a gentle slope or a surface that is nearly level. It often implies a sense of stability, simplicity, or a lack of complexity in the geometrical arrangement. The term is relevant when describing the geometry or inclination of surfaces, and is often found in the context of architectural design, geography, or engineering drawings. This term usually requires more precision as a descriptive term than some of its synonyms.

Flat-angled meaning with examples

• The architect designed the roof with a flat-angled slope to allow for the accumulation of rainwater. The subtle incline, though seemingly unremarkable, allowed drainage to flow across a significant area. This careful selection enhanced the building's sustainability, and avoided a drainage system altogether. Its flat-angled approach contributed to the minimalist aesthetic.
• Geologists analyzed the fault line, noting its flat-angled descent beneath the sedimentary layers. This gentle inclination made it difficult to study the exact point of origin. However, its consistent form and the ability to find it repeatedly allowed researchers a deeper understanding. Its form revealed a slow, almost imperceptible process of slippage rather than a sudden, dramatic break.
• The sculptor employed a flat-angled technique to the metal sheeting for the abstract sculpture. The deliberate lack of sharp angles created a flowing and minimalist visual effect. This subtle design choice, a seemingly simple one, produced a powerful and enduring aesthetic quality to the work of art. It stood in stark contrast to the other sculpture on display.
• The engineer implemented a flat-angled support structure for the bridge, ensuring its structural integrity and load-bearing capacity. The design minimized stress points, and its gentle curves provided excellent resistance to wind. Its flatness contributed to the overall stability of the span, and reduced any risk of material fatigue or failure.