NSTL国家科技图书文献中心

1. Chloride transport in concrete subjected to multiple cracks under drying-wetting cycles NSTL国家科技图书文献中心

Jianxin Peng | Xiaokang Cheng ... - 《Construction and Building Materials》 - 2025,470(Apr.4) - 140559.1～140559.16 - 共16页

摘要： subjected to multiple cracks under drying-wetting cycles | The existence of multiple cracks accelerates | chloride ion penetration within damaged concrete | , substantially shortening the lifespan of the structure | . Therefore, this paper conducts an in-depth analysis of

关键词： Multiple cracks | Concrete structures | Drying-wetting cycles | Chloride diffusion coefficient

2. Cracking behavior and deterioration of strength characteristics of silty clay under drying-wetting cycles NSTL国家科技图书文献中心

Mei Dong | Yunpeng Deng ... - 《Bulletin of engineering geology and the environment》 - 2025,84(4) - 205.1～205.19 - 共19页

摘要： cohesive soil subjected to drying-wetting* cycles, silty* | that the number of drying-wetting* cycles does not* | number of drying-wetting* cycles increases, the* | The strength of clay subject to drying-wetting | ) group were carried out under different drying-wetting

关键词： Drying-wetting cycle | Silty clay | Crack | Overconsolidation | Strength | Triaxial test

3. Fatigue fracture behaviors and damage evolution of coal samples treated with drying-wetting cycles investigated by acoustic emission and nuclear magnetic resonance NSTL国家科技图书文献中心

Xie, Hongxin | Xie, Heping ... - 《International Journal of Rock Mechanics and Mining Sciences》 - 2025,185 - 105976～ - 共24页

摘要： drying-wetting cycles (DWCs). Understanding the fatigue | analyzed the effects of DWC and fatigue cycles* on the* | Constructing pumped-storage power stations | using underground reservoirs in mines offers a | promising method for large-scale energy storage

关键词： Underground reservoir | Drying-wetting cycles | Cyclic dynamic loading | Crack extension behaviors | AE precursor information | Pore evolution

4. Wetting Deformation and Constitutive Modeling of Predisintegrated Carbonaceous Mudstone Subjected to Drying–Wetting Cycles NSTL国家科技图书文献中心

Jie Liu | Xing-Yu Qiu ... - 《International journal of geomechanics》 - 2025,25(2) - 1.1～1.16 - 共16页

摘要：, the effects of dryingwetting cycles on the wetting | disintegration is prone to wetting* deformation after repeated* | seasonal rainfall. A reasonable assessment of wetting | rainfall. Herein, to reveal the wetting* deformation* | mechanism of the PCM subjected to dryingwetting cycles

关键词： Embankment engineering | Predisintegrated carbonaceous mudstone | Wetting deformation | Porosity | Damage model | Dryingwetting cycles

5. Surface instability driven by wetting-drying cycles hinders the colonization by biocrusts in Tabernas Desert NSTL国家科技图书文献中心

Consuelo Rubio | Roberto Lázaro - 《Biologia》 - 2025,80(5) - 1153～1167 - 共15页

摘要： be due to differences in wetting-drying* cycles. To* | to wetting-drying* cycles hinders biocrust* | Catchment asymmetry in the Tabernas Desert | suggests a relatively greater instability in the sunnier | hillslope in a very early stage of catchment development

关键词： Biocrust | Soil stability | Succession | Tabernas Desert | Wetting-drying cycles

6. Enhanced Performance of Polyelectrolyte-Stabilized Sandy Soils under Wetting and Drying Cycles NSTL国家科技图书文献中心

Ardak Makhatova | Dallas N. Little ... - 《Journal of Materials in Civil Engineering》 - 2025,37(3) - 4024533.1～4024533.13 - 共13页

摘要： wetting-drying cycles (zero, one, two, three, five, and | wetting-drying cycles. On the other hand, the polymer | wetting-drying cycles. Furthermore, the stabilized soil | up to wetting-drying* cycles is a key finding and* | seven cycles). Each cycle consisted of 24 h of

关键词： Polyelectrolytes | Polyelectrolyte complexes | Sandy soil | Unconfined compressive strength | Wetting-drying cycles | Durability | Resilience | Toughness

7. Durability and degradation mechanisms of dredged clays stabilized with ternary geopolymer under cyclic drying-wetting environments NSTL国家科技图书文献中心

Jianhua Wang | Yongfeng Deng ... - 《Bulletin of engineering geology and the environment》 - 2025,84(5) - 250.1～250.9 - 共9页

摘要： drying-wetting cycles progressed, the UCS initially | early stage of drying-wetting* cycles. However, the* | stabilized samples with drying-wetting* cycles. In* | drying-wetting cycles. This stabilization method | the effects of cyclic drying-wetting* environments on*

关键词： Dredged clay | Ternary geopolymer | Drying-wetting cycles | Durability | Degradation mechanisms

8. Carbon Flux of Biological Soil Crusts Associated With Xeric Shrublands During Drying and Wetting Cycles NSTL国家科技图书文献中心

Flores-Renteria, Dul... | Guillen-Cruz, Gabrie...... - 《Journal of plant nutrition and soil science》 - 2025,188(2) - 289～298 - 共10页

摘要： drying-wetting cycles, exploring immediate responses | subjected to controlled drying-wetting* cycles, and C* | -wetting* cycles, emphasizing significant respiration and* | radiation) were also monitored.ResultsFollowing wetting | . In contrast, C uptake was less affected by wetting

关键词： carbon exchange | carbon uptake | Chihuahuan Desert | soil respiration

9. Mechanical degradation and particle breakage of sandstone rockfill material under wetting-drying cycles NSTL国家科技图书文献中心

Yang, Fengchun | Liu, Hanlong ... - 《Acta Geotechnica》 - 2025,20(5) - 2237～2255 - 共19页

摘要：Wetting-drying cycle is a significant factor | wetting-drying cycle on the mechanical and particle | wetting-drying cycle conditions. The results revealed | wetting-drying degradation of peak strength and modulus | . The wetting-drying* cycle induced changes in drainage*

关键词： Large-scale triaxial test | Mechanical degradation | Particle breakage | Rockfill material | Wetting-drying cycles

10. Investigation of water retention and volumetric deformation characteristics of soils subjected to wetting–drying cycles NSTL国家科技图书文献中心

Shujian Wang | Yiyi Liu ... - 《Bulletin of engineering geology and the environment》 - 2025,84(3) - 155.1～155.14 - 共14页

摘要： sharply. With more wetting* drying cycles, the soils | drying cycles. The results show that soil water | and volumetric deformation behavior during wetting* | retention decreases with increasing wettingdrying cycles | behaviours and evaluate the effect of wettingdrying cycles

摘要： subjected to multiple cracks under drying-wetting cycles | The existence of multiple cracks accelerates | chloride ion penetration within damaged concrete | , substantially shortening the lifespan of the structure | . Therefore, this paper conducts an in-depth analysis of

关键词： Multiple cracks | Concrete structures | Drying-wetting cycles | Chloride diffusion coefficient

摘要： cohesive soil subjected to drying-wetting* cycles, silty* | that the number of drying-wetting* cycles does not* | number of drying-wetting* cycles increases, the* | The strength of clay subject to drying-wetting | ) group were carried out under different drying-wetting

关键词： Drying-wetting cycle | Silty clay | Crack | Overconsolidation | Strength | Triaxial test

摘要： drying-wetting cycles (DWCs). Understanding the fatigue | analyzed the effects of DWC and fatigue cycles* on the* | Constructing pumped-storage power stations | using underground reservoirs in mines offers a | promising method for large-scale energy storage

关键词： Underground reservoir | Drying-wetting cycles | Cyclic dynamic loading | Crack extension behaviors | AE precursor information | Pore evolution

摘要：, the effects of dryingwetting cycles on the wetting | disintegration is prone to wetting* deformation after repeated* | seasonal rainfall. A reasonable assessment of wetting | rainfall. Herein, to reveal the wetting* deformation* | mechanism of the PCM subjected to dryingwetting cycles

关键词： Embankment engineering | Predisintegrated carbonaceous mudstone | Wetting deformation | Porosity | Damage model | Dryingwetting cycles

摘要： be due to differences in wetting-drying* cycles. To* | to wetting-drying* cycles hinders biocrust* | Catchment asymmetry in the Tabernas Desert | suggests a relatively greater instability in the sunnier | hillslope in a very early stage of catchment development

关键词： Biocrust | Soil stability | Succession | Tabernas Desert | Wetting-drying cycles

摘要： wetting-drying cycles (zero, one, two, three, five, and | wetting-drying cycles. On the other hand, the polymer | wetting-drying cycles. Furthermore, the stabilized soil | up to wetting-drying* cycles is a key finding and* | seven cycles). Each cycle consisted of 24 h of

关键词： Polyelectrolytes | Polyelectrolyte complexes | Sandy soil | Unconfined compressive strength | Wetting-drying cycles | Durability | Resilience | Toughness

摘要： drying-wetting cycles progressed, the UCS initially | early stage of drying-wetting* cycles. However, the* | stabilized samples with drying-wetting* cycles. In* | drying-wetting cycles. This stabilization method | the effects of cyclic drying-wetting* environments on*

关键词： Dredged clay | Ternary geopolymer | Drying-wetting cycles | Durability | Degradation mechanisms

摘要： drying-wetting cycles, exploring immediate responses | subjected to controlled drying-wetting* cycles, and C* | -wetting* cycles, emphasizing significant respiration and* | radiation) were also monitored.ResultsFollowing wetting | . In contrast, C uptake was less affected by wetting

关键词： carbon exchange | carbon uptake | Chihuahuan Desert | soil respiration

摘要：Wetting-drying cycle is a significant factor | wetting-drying cycle on the mechanical and particle | wetting-drying cycle conditions. The results revealed | wetting-drying degradation of peak strength and modulus | . The wetting-drying* cycle induced changes in drainage*

关键词： Large-scale triaxial test | Mechanical degradation | Particle breakage | Rockfill material | Wetting-drying cycles

摘要： sharply. With more wetting* drying cycles, the soils | drying cycles. The results show that soil water | and volumetric deformation behavior during wetting* | retention decreases with increasing wettingdrying cycles | behaviours and evaluate the effect of wettingdrying cycles

关键词： Water retention | Volumetric deformation | Wettingdrying cycles | Compacted soils

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： subjected to multiple cracks under drying-wetting cycles | The existence of multiple cracks accelerates | chloride ion penetration within damaged concrete | , substantially shortening the lifespan of the structure | . Therefore, this paper conducts an in-depth analysis of

关键词： Multiple cracks | Concrete structures | Drying-wetting cycles | Chloride diffusion coefficient

摘要： cohesive soil subjected to drying-wetting cycles, silty | that the number of drying-wetting cycles does not | number of drying-wetting cycles increases, the | The strength of clay subject to drying-wetting | ) group were carried out under different drying-wetting

关键词： Drying-wetting cycle | Silty clay | Crack | Overconsolidation | Strength | Triaxial test

摘要： drying-wetting cycles (DWCs). Understanding the fatigue | analyzed the effects of DWC and fatigue cycles on the | Constructing pumped-storage power stations | using underground reservoirs in mines offers a | promising method for large-scale energy storage

关键词： Underground reservoir | Drying-wetting cycles | Cyclic dynamic loading | Crack extension behaviors | AE precursor information | Pore evolution

摘要：, the effects of dryingwetting cycles on the wetting | disintegration is prone to wetting deformation after repeated | seasonal rainfall. A reasonable assessment of wetting | rainfall. Herein, to reveal the wetting deformation | mechanism of the PCM subjected to dryingwetting cycles

关键词： Embankment engineering | Predisintegrated carbonaceous mudstone | Wetting deformation | Porosity | Damage model | Dryingwetting cycles

摘要： be due to differences in wetting-drying cycles. To | to wetting-drying cycles hinders biocrust | Catchment asymmetry in the Tabernas Desert | suggests a relatively greater instability in the sunnier | hillslope in a very early stage of catchment development

关键词： Biocrust | Soil stability | Succession | Tabernas Desert | Wetting-drying cycles

摘要： wetting-drying cycles (zero, one, two, three, five, and | wetting-drying cycles. On the other hand, the polymer | wetting-drying cycles. Furthermore, the stabilized soil | up to wetting-drying cycles is a key finding and | seven cycles). Each cycle consisted of 24 h of

关键词： Polyelectrolytes | Polyelectrolyte complexes | Sandy soil | Unconfined compressive strength | Wetting-drying cycles | Durability | Resilience | Toughness

摘要： drying-wetting cycles progressed, the UCS initially | early stage of drying-wetting cycles. However, the | stabilized samples with drying-wetting cycles. In | drying-wetting cycles. This stabilization method | the effects of cyclic drying-wetting environments on

关键词： Dredged clay | Ternary geopolymer | Drying-wetting cycles | Durability | Degradation mechanisms

摘要： drying-wetting cycles, exploring immediate responses | subjected to controlled drying-wetting cycles, and C | -wetting cycles, emphasizing significant respiration and | radiation) were also monitored.ResultsFollowing wetting | . In contrast, C uptake was less affected by wetting

关键词： carbon exchange | carbon uptake | Chihuahuan Desert | soil respiration

摘要：Wetting-drying cycle is a significant factor | wetting-drying cycle on the mechanical and particle | wetting-drying cycle conditions. The results revealed | wetting-drying degradation of peak strength and modulus | . The wetting-drying cycle induced changes in drainage

关键词： Large-scale triaxial test | Mechanical degradation | Particle breakage | Rockfill material | Wetting-drying cycles

摘要： sharply. With more wetting drying cycles, the soils | drying cycles. The results show that soil water | and volumetric deformation behavior during wetting | retention decreases with increasing wettingdrying cycles | behaviours and evaluate the effect of wettingdrying cycles

关键词： Water retention | Volumetric deformation | Wettingdrying cycles | Compacted soils

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： cohesive soil subjected to drying-wetting* cycles, silty* | that the number of drying-wetting* cycles does not* | number of drying-wetting* cycles increases, the* | The strength of clay subject to drying-wetting | ) group were carried out under different drying-wetting

摘要： drying-wetting cycles (DWCs). Understanding the fatigue | analyzed the effects of DWC and fatigue cycles* on the* | Constructing pumped-storage power stations | using underground reservoirs in mines offers a | promising method for large-scale energy storage

摘要：, the effects of dryingwetting cycles on the wetting | disintegration is prone to wetting* deformation after repeated* | seasonal rainfall. A reasonable assessment of wetting | rainfall. Herein, to reveal the wetting* deformation* | mechanism of the PCM subjected to dryingwetting cycles

摘要： be due to differences in wetting-drying* cycles. To* | to wetting-drying* cycles hinders biocrust* | Catchment asymmetry in the Tabernas Desert | suggests a relatively greater instability in the sunnier | hillslope in a very early stage of catchment development

摘要： wetting-drying cycles (zero, one, two, three, five, and | wetting-drying cycles. On the other hand, the polymer | wetting-drying cycles. Furthermore, the stabilized soil | up to wetting-drying* cycles is a key finding and* | seven cycles). Each cycle consisted of 24 h of

摘要： drying-wetting cycles progressed, the UCS initially | early stage of drying-wetting* cycles. However, the* | stabilized samples with drying-wetting* cycles. In* | drying-wetting cycles. This stabilization method | the effects of cyclic drying-wetting* environments on*

摘要： drying-wetting cycles, exploring immediate responses | subjected to controlled drying-wetting* cycles, and C* | -wetting* cycles, emphasizing significant respiration and* | radiation) were also monitored.ResultsFollowing wetting | . In contrast, C uptake was less affected by wetting

摘要：Wetting-drying cycle is a significant factor | wetting-drying cycle on the mechanical and particle | wetting-drying cycle conditions. The results revealed | wetting-drying degradation of peak strength and modulus | . The wetting-drying* cycle induced changes in drainage*

摘要： sharply. With more wetting* drying cycles, the soils | drying cycles. The results show that soil water | and volumetric deformation behavior during wetting* | retention decreases with increasing wettingdrying cycles | behaviours and evaluate the effect of wettingdrying cycles