after shrinkage

简明释义

后收缩;

英英释义

例句

1.The clay model was significantly altered after shrinkage during the firing process.

在烧制过程中，粘土模型在缩水之后发生了显著变化。

2.We need to adjust the design after shrinkage to ensure the final product fits correctly.

我们需要在缩水之后调整设计，以确保最终产品合适。

3.The measurements were taken after shrinkage to provide accurate dimensions for the new parts.

测量是在缩水之后进行的，以提供新零件的准确尺寸。

4.The fabric lost some of its original size after shrinkage, making the shirt fit tighter.

这块布在缩水之后失去了一些原来的尺寸，使得衬衫更紧身。

5.The sweater became smaller after shrinkage, so I can't wear it anymore.

这件毛衣在缩水之后变得更小了，所以我不能再穿了。

作文

In the world of manufacturing and production, understanding the processes that affect the final product is crucial. One such process is shrinkage, which can occur in various materials, particularly in plastics and textiles. Shrinkage refers to the reduction in size or volume of a material after it has been subjected to certain conditions, such as heat or drying. This phenomenon can significantly impact the quality and usability of the final product. Therefore, analyzing the outcomes after shrinkage becomes essential for manufacturers. For instance, when producing plastic components, the molding process involves heating the plastic to allow it to take shape. Once cooled, the plastic may contract, leading to a smaller finished product than initially anticipated. Understanding how much a product will shrink after shrinkage helps in designing molds that compensate for this loss, ensuring that the final dimensions meet specifications.Similarly, in the textile industry, fabrics often undergo processes like dyeing and washing that can cause them to shrink. This is particularly true for natural fibers such as cotton and wool. If a garment is made from these materials, it is vital to consider how much the fabric will shrink after shrinkage during the production phase. Failure to account for this can result in ill-fitting clothes that do not meet customer expectations. Manufacturers often pre-shrink fabrics before cutting and sewing to mitigate this issue. This practice not only enhances the fit of the final product but also boosts customer satisfaction by reducing returns due to sizing problems.The implications of shrinkage extend beyond just physical dimensions. In many cases, shrinkage can affect the overall performance of a product. For example, in construction materials, concrete can shrink after shrinkage, leading to cracks and structural weaknesses. Engineers must consider these factors when designing buildings and other structures, ensuring that they use materials that can withstand the stresses of shrinkage over time. This careful planning can prevent costly repairs and ensure the longevity of the structure.Moreover, understanding shrinkage is important in sectors like food processing. As food items are cooked or dried, they often lose moisture, resulting in shrinkage. This can affect not only the appearance of the food but also its weight and nutritional content. For instance, when meat is cooked, it loses water and fat, leading to a significant reduction in size after shrinkage. Chefs and food manufacturers need to account for this loss when preparing portions or packaging products for sale, ensuring that customers receive what they expect.In conclusion, the concept of shrinkage and its effects on various materials and products is a critical consideration across multiple industries. By understanding the implications of shrinkage after shrinkage, manufacturers can improve their processes, enhance product quality, and ultimately satisfy customer demands. Whether it’s in manufacturing, textiles, construction, or food processing, recognizing and addressing shrinkage is essential for success in today’s competitive market.

在制造和生产的世界中，理解影响最终产品的过程至关重要。一个这样的过程是收缩，它可以发生在各种材料中，特别是在塑料和纺织品中。收缩是指在某些条件下（如加热或干燥）材料的尺寸或体积减少。这种现象可以显著影响最终产品的质量和可用性。因此，分析收缩后（after shrinkage）的结果对制造商来说变得至关重要。例如，在生产塑料部件时，成型过程涉及加热塑料以使其成型。一旦冷却，塑料可能会收缩，导致最终产品的尺寸比预期的小。了解产品在收缩后（after shrinkage）会收缩多少有助于设计补偿这种损失的模具，以确保最终尺寸符合规格。同样，在纺织行业，面料通常经历染色和洗涤等过程，这可能导致它们收缩。这对于天然纤维（如棉花和羊毛）尤其如此。如果一件服装是由这些材料制成的，那么在生产阶段考虑面料在收缩后（after shrinkage）会收缩多少是至关重要的。不考虑这一点可能导致衣物不合身，无法满足客户的期望。制造商通常在切割和缝制之前对面料进行预缩，以减轻这个问题。这种做法不仅提升了最终产品的合身性，还通过减少因尺码问题而导致的退货来提高客户满意度。收缩的影响不仅限于物理尺寸。在许多情况下，收缩还会影响产品的整体性能。例如，在建筑材料中，混凝土在收缩后（after shrinkage）可能会收缩，导致裂缝和结构弱点。工程师在设计建筑物和其他结构时必须考虑这些因素，确保使用能够承受长期收缩应力的材料。这种细致的规划可以防止昂贵的维修，并确保结构的耐久性。此外，理解收缩在食品加工等行业中也很重要。当食品被烹饪或干燥时，它们往往会失去水分，从而导致收缩。这不仅会影响食品的外观，还会影响其重量和营养成分。例如，当肉类被烹饪时，它会失去水分和脂肪，导致尺寸显著减少（after shrinkage）。厨师和食品制造商需要在准备份量或包装产品销售时考虑这一损失，以确保客户获得他们所期望的产品。总之，收缩的概念及其对各种材料和产品的影响是多个行业中关键的考虑因素。通过理解收缩后的影响（after shrinkage），制造商可以改善他们的过程，提高产品质量，并最终满足客户需求。无论是在制造、纺织、建筑还是食品加工领域，认识并解决收缩问题对于在当今竞争激烈的市场中取得成功至关重要。