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 practi
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 practi
经工程实例验证，得出在一般气候条件下，内陆地区的普通工业建筑采用基于混凝土抗压强度的混凝土碳化深度预测模型，进行预测其碳化深度较为适合。