Final answer:
If wall thickness is not uniform, the molded part may distort, warp, or have internal stresses. For example, if a plastic container has thinner wall sections and thicker sections, the thinner sections may be more prone to deform under pressure, leading to distortions or warping of the container.
Step-by-step explanation:
If wall thickness is not uniform, the molded part may distort, warp, or have internal stresses. In engineering, wall thickness is an important factor to consider in the design of molded parts. If the wall thickness is not uniform, meaning it varies throughout the part, it can lead to various issues such as distortion, warping, and internal stresses. For example, if a plastic container has thinner wall sections and thicker sections, the thinner sections may be more prone to deform under pressure, leading to distortions or warping of the container.
wall thickness is not uniform, the molded part may distort, warp, or have internal stresses. In engineering, wall thickness is an important factor to consider in the design of molded parts. If the wall thickness is not uniform, meaning it varies throughout the part, it can lead to various issues such as distortion, warping, and internal stresses. For example, if a plastic container has thinner wall sections and thicker sections.