混凝土碳化 的英文怎麼說
中文拼音 [húnníngtǔtànhuà]
混凝土碳化
英文
carbonation of concrete-
Concrete protect the steel against corrasion, for it provide the alkaline condition. carbonization is a key factor that makes alkalescence of concrete decrease, the high performance concrete is applied in engineering field increasingly with its good carbonization capability
混凝土對鋼筋的保護作用是由於其提供了避免鋼筋產生銹蝕的堿性環境，而碳化作用是使混凝土堿性降低的重要因素之一。Method for measuring carbonation depth of concrete
混凝土碳化作用深度的測量方法Test method for carbonation of aerated concrete
加氣混凝土碳化試驗方法Test method for carbonation of aerated
加氣混凝土碳化試驗方法Discussion on the mechanism and preventive measures to avoid concrete carbonation
混凝土碳化機理及規避對策研究Carbonation front of concrete
混凝土碳化表層How to prevent concrete from freezing - thaw and carbonation is very important
研究如何防止混凝土凍融、碳化具有重要意義。Testing study on concrete carbonization influenced by wind pressure
風壓影響混凝土碳化試驗研究Then, the half - carbonated zone ( transition zone ) phenomenon is mentioned and verified by way of using xrd & tg, thus giving contradictor of the existence between the half - carbonated zone and the premise of phenolphthalein test method - no existing obvious transition zone between carbonated area and non - carbonated area
試驗結果證明：在混凝土碳化區和未碳化區之間存在著部分碳化區，而這一中間過渡區域的存在可能使得目前普遍採用的酚酞（ phenolphthalein ）試劑測定碳化深度的方法易產生誤差。The concrete carbonating and analysis of probabilistic model
概率模型分析與混凝土碳化The mechanism and influencing factors of concrete carbonation are analyzed, and various predictive models of concrete carbonation depth are discussed
摘要分析混凝土碳化機理和影響因素，總結混凝土碳化深度的多種預測模型，並根據工程實例對碳化模型進行比對和分析。For the inland common industry buildings under the general weather condition, the predictive model of concrete carbonation depth based on the concrete compressive strength is preferable to predict con crete carbonation depth, which is tested by the practical engineering
經工程實例驗證，得出在一般氣候條件下，內陸地區的普通工業建築採用基於混凝土抗壓強度的混凝土碳化深度預測模型，進行預測其碳化深度較為適合。Testing for a unit root in time series with tarch - skew - t errors
混凝土碳化深度隨機時間序列預報模型The depth of carbonization exceeds the position of reinforcement in concrete beams, nevertheless, the steel reinforcement is still good. 4
在所調查使用時間比較長的橋梁中，混凝土碳化的深度有很多已經大大超過了鋼筋的部位，但鑿去鋼筋保護層后，可以看到鋼筋完好如初。Abstract : this paper discusses the thickness in the design and construction of reinforced concrete guard - layer and concrete - carbonization physical - chemical characteristics and points out the importance of reinforced concrete guard - layer within construction
文摘:對混凝土碳化的物理化學性質、鋼筋混凝土保護層厚度的設計施工作了論述，指出了鋼筋混凝土工程中鋼筋混凝土保護層的重要性Firstly, each single factor ( concrete carbonation, steel bar corrosion materials strength ) related the resisting forces of rc bridges is considered in this paper. then a resisting force model for multiple factors is created based on two types of steel bar corrosion : general and localized corrosion models
本文首先考慮混凝土碳化、鋼筋銹蝕、材料強度等單因素對橋梁結構抗力衰減的影響，然後在此基礎上建立多因素綜合作用下的結構抗力衰減模型。Final ly, we specially research durability of corrosion of steel bar, discuss carbonation of concrete corrosion of chlorine ion and mechanism of corrosion of steel bar, give failure rule of durability, preliminarily establish durability evaluation theory. the paper basically set up frame system of durability basic theory
最後對鋼筋腐蝕的耐久性問題進行了專門研究，詳細闡述了鋼筋銹蝕機理、混凝土碳化、氯離子侵蝕問題，提出結構耐久性失效準則，初步建立耐久性評估理論。本文初步完成了耐久性基本理論框架體系。Carbonation of concrete
混凝土碳化30Steel corrosion and concrete carbonation is the based reason that caused structural damage and bearing capacity fall
鋼筋銹蝕和混凝土碳化是造成結構損傷，承載力下降的根本因素。The concrete strength of some beam, slab and column, carbonization depth and deformation of elements are mainly checked - up
其次，現場抽樣詳細檢測了部分梁、板、柱的混凝土強度、混凝土碳化深度、構件變形等。分享友人