The phrase "a more complex shape" is correct and usable in written English.
It can be used when describing an object or concept that has a greater level of intricacy or detail compared to a simpler form.
Example: "The artist decided to create a more complex shape for the sculpture, incorporating various geometric patterns."
Alternatives: "a more intricate form" or "a more elaborate design."
In airports and agricultural areas, grassland patches are larger but of a more complex shape than those in historic parks.
A solid nodule that is completely round has a lower likelihood of malignancy compared with solid nodules with a more complex shape.
On the other hand, a laterally variable layer thickness may be expected for layers formed from polymers with a more complex shape than a linear one.
Unless the SV is strictly linear betweeen two successive extrema, the acceleration will have a pulse- or a more complex shape in that time interval.
Between two extrema in the first time-derivative and/or zero values of the field acceleration (the second timederivative), the field acceleration shows a variable evolution, with a pulse or a more complex shape.
In industrial components these features are often designed with a constant radius, however it is already known that a more complex shape, having a variable radius, can have a much lower stress concentration factor.
The 3D shapes (cube, sphere, or more complex shape), mapped with an image or GIF, start to deform and decompose based on the Light and Dark values of the image.
This investigation also allowed to evidence that in real parts the role of fibre shortening due to reprocessing is more pronounced because of the more complex shape of the mould cavity, causing a higher degree of fibre breakage during injection moulding, due to the longer and more tortuous path followed by the melt polymer filling the mould cavity.
Recent evolutions on forging process induce more complex shape on forging die.
Because of its more complex shape and relatively higher variability, renal pelvis ROIs were hand-drawn with a 3D ROI tool (VivoQuant, inviCRO).
The engineering applications of high temperature superconducting (HTS) single domain YBCO block require the material with larger size and more complex shape.
