compressive

Compressive

“Compressive” 是一个形容词，主要用于描述与压缩相关的特性或作用。它在工程、物理和材料科学中使用较多，特别是在分析材料承受压力时的行为。该词没有广泛的名词形式，但可以在特定语境中用作名词，例如在某些技术文献中提到“compressive strength”（抗压强度）。

词语辨析

在使用“compressive”时，要注意它通常与“tensile”（拉伸的）相对。例如，在材料力学中，材料可能具有较高的compressive strength（抗压强度），但较低的tensile strength（抗拉强度）。

词汇扩充

• Compressive strength - 抗压强度
• Compressive force - 压缩力
• Compressive stress - 压缩应力

近义词

• Pressing - 挤压的
• Crushing - 压碎的

反义词

• Tensile - 拉伸的
• Extensional - 延伸的

词典参考

根据柯林斯词典和牛津词典，“compressive”指的是“与压缩相关的，造成或涉及压缩的”。

用法

在工程和科学文献中经常使用“compressive”来描述材料在受力状态下的表现，例如在建筑、桥梁设计和机械工程等领域。

例句

• The compressive strength of the concrete was tested to ensure it meets safety standards.

  混凝土的抗压强度经过测试，以确保其符合安全标准。

• In structural engineering, a compressive load is one that pushes down on a material.

  在结构工程中，压缩载荷是指对材料施加向下的压力。

• The material showed excellent compressive properties under high pressure.

  压缩特性。

• When the bridge was tested, the compressive forces were carefully measured.

  在测试桥梁时，压缩力被仔细测量。

• The compressive failure of the column was due to excessive load.

  该柱子的压缩失效是由于过载造成的。

• High compressive strength is crucial for building safe structures.

  高抗压强度对建造安全结构至关重要。

• In geology, rocks have different compressive strengths based on their composition.

  在地质学中，岩石的抗压强度根据其成分不同而有所不同。

• The test results indicated a significant increase in compressive strength after curing.

  测试结果表明，固化后抗压强度显著提高。

• The engineers calculated the compressive load the beams could withstand.

  工程师计算了梁能够承受的压缩载荷。

• This material is preferred for applications requiring high compressive strength.

  这种材料在需要高抗压强度的应用中更受欢迎。

• They used a compressive testing machine to evaluate the samples.

  他们使用压缩测试机来评估样本。

• The compressive behavior of the foam was examined under different loading conditions.

  泡沫的压缩行为在不同加载条件下进行了检查。

• Compressive testing is essential in quality control for construction materials.

  压缩测试在建筑材料的质量控制中至关重要。

• The compressive stress experienced by the structure was within safe limits.

  结构所承受的压缩应力在安全范围内。

• Understanding compressive forces helps in designing better infrastructures.

  理解压缩力有助于设计更好的基础设施。

• Materials are chosen based on their compressive and tensile properties.

  材料的选择基于其抗压和抗拉特性。

• The compressive tests revealed the limitations of the original design.

  压缩测试揭示了原始设计的局限性。

• The new alloy has improved compressive strength compared to the previous version.

  与之前的版本相比，新合金的抗压强度有所改善。

• It is important to consider both compressive and tensile forces in design.

  在设计中考虑压缩和抗拉力两者是很重要的。