pone.0289847.g004.tif (318.85 kB)
Relative dynamic elastic modulus of aeolian sand concrete with different damage degree and different amount of aeolian sand after stress, freeze-thaw and salt intrusion.
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posted on 2023-11-30, 18:33 authored by Genfeng Li, Bo Gao, Cong Zhu, Hao Hu, Huaqiang FangRelative dynamic elastic modulus of aeolian sand concrete with different damage degree and different amount of aeolian sand after stress, freeze-thaw and salt intrusion.
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scanning electron microscopedynamic elastic modulus8 %, 32multi damage pores2 %, 73aeolian sand decreasesaeolian sand concrete8 %, respectivelyaeolian sand8 %,internal poresdamage degree20 %,xlink ">variation lawstandard requirementssalt solutionsalt intrusionresults showresearch objectpore characteristicsmultiple factorsmicro morphologymacro characteristicsfour groupsfilling effectdeterioration characteristicscoupling effectchemical characteristics
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