产品展示：冲击回声
欢迎您的加入Fprimec Impact-echo Fprimec Impact-echo是一种集成的无线解决方案，旨在增强评估板混凝土元件的结构完整性方面的用户体验。它是用于无线数据收集，存储，分析，策划和报告的第一个且唯一集成的冲击回声测试仪。欢迎您的加入Fprimec Impact-Echo提供直观的移动应用数据收集，分析，轮廓绘图和报告。测试可以帮助结构工程师和非破坏性测试专家进行影响回声测试......阅读更多»产品展示：冲击回声
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Precautions for Cold Weather Concreting
极端寒冷的天气条件可以显着影响混凝土的质量，以及其机械性能。在寒冷的天气混凝土中，应该通过采取必要的预防措施来确保所有低环境温度的负面影响都适当地缓解。在本文中，我们将审查重要的步骤，以确保您将获得您正在寻找的质量。但首先，让我们看看寒冷的温度是什么......阅读更多»Precautions for Cold Weather Concreting
Nondestructive Testing for Structural Assessment
This articles describes how non-destructive testing can help structural engineers in the structural condition assessment of existing buildings, such as parking garages, condominiums, and other constructed facilities. Share on linkedin Share on facebook Share on twitter Share on telegram Share on whatsapp Share on email Structural Condition Assessment usually refers to the process of collecting observations and data about the existing condition of the structure through systematic and scientific methods.…阅读更多»Nondestructive Testing for Structural Assessment
对详细桥梁条件调查的非破坏性测试
桥梁是最重要的基础设施之一。到目前为止，桥梁结构的检查和测试主要限于目视检查，链拖，提取核心，以及在某些情况下，半电池腐蚀电位映射。全球研究人员已经完成了许多有趣的研究，为此部门带来了更多创新的NDT解决方案。以下文章侧重于最广泛使用的非破坏性测试的应用程序......阅读更多»对详细桥梁条件调查的非破坏性测试
使用反弹锤估计混凝土强度
Rebound Hammer test provides a practical and cost-effective solution for estimating in-place concrete strength. Recent developments in rebound hammers, and improved guidelines for estimating concrete strength can help structural engineers and condition assessment professionals in accurately classify concrete strength, and make data-informed decisions on the location of cores in a cost-effective framework. This article takes a quick look at the history of the method and recent developments. Share on linkedin…阅读更多»使用反弹锤估计混凝土强度
桥梁检查的未来
加拿大公路桥梁设计代码（S6-14,2014）考虑为新建桥梁的75年的使用寿命。工程术语中的这意味着什么？这意味着在建议的生命周期期间，未来的桥梁应该具有令人满意的性能，耐久性和结构。当我们仔细观察时，这可能是非常具有挑战性的;环境和环境负荷（即雪，冻结和解冻循环，腐蚀，地震等）可以......阅读更多»桥梁检查的未来
欢迎您的加入FPRIMEC赢得了智能战士种子资金
欢迎您的加入FPRIMEC解决方案很高兴成为安大略省卓越中心（OCE）SmartStart See See See See See See See Seed Compents的收件人。种子资金将用于下一代超声波检测装置的竞争和商业化，以实现对混凝土基础设施的成本效益和可靠的评估。保持调整，因为这种有趣的产品开发......
桩检测中的实践考虑因素
桩完整性测试（PIT）是一种非破坏性的测试方法，用于评估桩和深层基础的未知长度和完整性。该技术背后的基本概念正在确定由冲击装置（通常，手持锤）引起的绒绒的速度（所需）和力（可选）响应。桩完整性测试最适合长的结构部件，如驱动混凝土桩，铸造混凝土桩，混凝土填充钢管桩，木材桩，......阅读更多»桩检测中的实践考虑因素
桩完整性测试的应用与局限性
Pile Integrity Test can be used to determine the integrity of piles. The method works best for long structural component such as driven concrete piles, cast-in place concrete piles, concrete filled steel pipe piles, timber piles, structural columns. The method works based on measuring and analyzing the velocity (required) and force (optional) response of pile. A hammer (regular or instrumented) is used to impact the pile surface and induce acoustic waves…阅读更多»桩完整性测试的应用与局限性
重用现有桩 - NDT如何提供帮助
Safety, reliability and satisfactory performance of structures require a well-planned maintenance program, as well as remedial actions in short and mid-term. Existing structures that are designed in accordance with older design codes or were built by older construction practices may need to be extensively repaired, rehabilitated, or replaced within the next few years. The remedial actions may include structural and/or foundation upgrade or replacement. Reuse of existing piles and foundations is…阅读更多»重用现有桩 - NDT如何提供帮助