Offshore Wind Power Foundations, Underground Engineering, Intelligent Geotechnical Construction, Carbon Emissions in Geotechnical Engineering

[1] Multi-scale Carbon Emission Assessment System and Prototype System for Highway and Waterway Infrastructure, Project of National Key Research and Development Program, 2025.6-2028.5.

[2] Study on Extreme Bearing Performance of Multi-directionally Loaded Bucket Anchor Foundations in Sandy Seabed Under Storm Loading, 2022.4-2025.3.

[3] Three-degree-of-freedom Model Test and Theoretical Study on Bearing Characteristics of Intertidal Wind Power Foundations Under Multi-directional Coupled Loading, National Natural Science Foundation of China, 2013.1-2015.12.

[4] Scour Damage Simulation and Wave-resistant Resilience Maintenance Technology for Hydraulic Structures, Sub-project of the National Key Research and Development Program of China, 2021.12-2024.11.

[5] Study on the Scour Mechanism and Safety Evaluation Method of Composite Caisson (Open Caisson)-Pile Foundations in Cohesive and Sandy Soils, National Natural Science Foundation of China, National Natural Science Foundation of China, 2016.1-2019.12.

[6] Study on Characteristics of Low-strength Coarse-grained Drainage Bodies Under High Pressure and Water Immersion Conditions in Fill Engineering, China Jikan Research Institute of Enigneering Investigations and Design, 2017.10-2018.10.

[7] Progressive Instability Theory for Coastal Underground Engineering and Disaster Deduction and Control Technology for Adjacent Facilities, Project of the National Key Research and Development Program of China, 2016.7-2020.12.

[8] Safety Control Theory and Distributed Sensing Early-warning Method for Urban Underground Space Engineering, Project supported by the State Key Program of National Natural Science of China, 2018.1-2022.12.

[9] Performance Evolution and Dynamic Control of Deep-water Foundations Under Wave-current Loading and Scour Effects, Sub-project of the National Key Research and Development Program, 2013.1-2017.12.

[10] Shanghai Rising-Star Program, Study on Key Technologies for BIM-based Intelligent Safety Management and Control of Underground Engineering Excavation, 2019.4-2022.3.

Books

[1] Mu, L., Huang, M. Analysis of the Influence of Underground Engineering Excavation on Adjacent Pile-Raft Foundations in Layered Soils. Tongji University Press, 2018.

[2] Mu, L., Zhao, C. Foundation Pit Engineering. Mechanical Industry Press, 2021.

[3] Lu, X., Lin, C., Mu, L., Huang, M. Analysis of Excavation Face Stability and Environmental Impact of Shield Tunnels. Mechanical Industry Press, 2025.

Selected Papers

[1] Mu, L., Zhou, T., Lu, Y., Yu, G., Sun, J. Experimental investigation of suction-assisted penetration of compartmented bucket foundations. Applied Ocean Research, 2026, 166: 104923.

[2] Tang, K.J., Wen, M.J., Mu, L.L., Wang, L.X. 2D axisymmetric model of thermo-mechanical response for rock surrounding pipeline considering interfacial thermal resistance. International Communications in Heat and Mass Transfer, 2026, 172(3): 110470.

[3] Mu, L., Zhou, T., Lu, Y.M., Huang, M.S. High-frequency vertical vibration of a rigid impermeable disk on a saturated poroelastic half-space. International Journal Of Solids And Structures, 2026, 327: 113816.

[4] Mu, L., Zhou, T., Lu, Y.M., Sun, J.G., Yu, G.M. Soil deformation and seepage behavior during suction-assisted installation of compartmented bucket foundations. Marine Structures, 2026, 107: 103983.

[5] Mu, L., Wang, S.W., Chen, X.X., Zhang, J.W., Yu, G.M. Ultimate soil resistance analysis of horizontally loaded piles in $c-\varphi$ soils: a modified $p-y$ curve formulation. Ocean Engineering, 2026, 344: 123525.

[6] Zhou, T., Mu, L., Lu, Y., Chen, M., Huang, M., Li, Y. Rate-dependent uplift behavior and soil failure mechanisms of suction anchors in loose sand: a transparent soil PIV study. Ocean Engineering, 2025, 341: 122555.

[7] Mu, L., Zhou, T., Lu, Y., Huang, M., Zhou, S., Chen, M. Dynamic response of high-piled wharf under wave excitation considering local scour. Soil Dynamics and Earthquake Engineering, 2025, 199: 109710.

[8] Zhang, Z., Wei, J., Li, J., Mu, L., Wo, W., Ni, Y. Investigation on foundation pit uplift mechanism and tunnel response induced by deep excavation under complex support system: A case study. Underground Space, 2025, 24: 104-128.

[9] Zhang, P., Mu, L., Huang, M.S., Gu, X. Microscopic insights into local scour around a vertical circular pile under steady current: Coupled LES-CGDEM simulations. Computers and Geotechnics, 2025, 184: 107248.

[10] Zhang, P., Mu, L., Huang, M. Study on the influence of relative density on the seepage erosion effect of gap-graded soils based on CFD-DEM coupling. Rock and Soil Mechanics, 2024, 45(1): 267-283.

Selected Patents

1. Testing device for simulating wind power foundation under three-directional coupled loading, ZL201210125003.9, Invention, 2015-06-01, China (Maosong Huang, Linlong Mu, Yongzhi Jiu)

2. Testing device for simulating pile-raft foundation raft under loading in six directions, ZL201210593959.1, Invention, 2014-12-01, China (Maosong Huang, Linlong Mu, Qiaolong Ling)

3. A wind power energy storage device, ZL201410593918.1, Invention, 2017-04-01, China (Maosong Huang, Linlong Mu, Kai Feng)

4. Testing device for simulating long-term cyclic loading of pile-box foundation with pressurized pre-consolidation, ZL201710457540.6, Invention, 2019-03-29, China (Maosong Huang, Linlong Mu, Hao Ma, Sen Li)

5. A torpedo anchor capable of deepening anchorage length, ZL202020050699.3, Utility Model, 2020-01-10, China (Linlong Mu, Wei Chen, Maosong Huang, Jiangu Qian)

6. A self-digging underground diaphragm wall simulation device, 2020102944, Invention, 2020-08-21, Australia (Linlong Mu, Yiming Zhang, Jianhong Lin, Zhiwang Gu)

7. A water pressure-driven testing device for simulating soil deformation behind a retaining wall induced by wall displacement, ZL201910629744.2, Invention, 2021-03-26, China (Linlong Mu, Wei Chen, Jianhong Lin)

8. A testing device for simulating soil deformation behind a foundation pit retaining wall induced by wall displacement, ZL201910630488.9, Invention, 2021-03-26, China (Maosong Huang, Linlong Mu, Wei Chen, Jiangu Qian)

9. A sliding steel strut erection device, ZL202010815867.8, Invention, 2021-06-04, China (Linlong Mu, Maosong Huang, Jiangu Qian)

10. A self-sinking circular foundation pit excavation simulation device, ZL202010106053.7, Invention, 2021-09-03, China (Linlong Mu, Jianhong Lin, Maosong Huang, Jiangu Qian)

11. A vibration measurement method for scour hole size of deep-water pile foundation, ZL202111064718.3, Invention, 2024-02-27, China (Linlong Mu, Tao Zhou)

12. A torpedo anchor capable of deepening anchorage length, ZL202010027392.6, Invention, 2025-04-29, China (Linlong Mu, Wei Chen, Maosong Huang, Jiangu Qian)

13. A method and system for acquiring the rebound mechanism of shotcrete, ZL202411590836.1, Invention, 2025-10-24, China (Linlong Mu, Yuxuan Li)

14. A decision-making method and system for retaining wall deformation control measures based on fault tree analysis, ZL202411995410.4, Invention, 2025-11-11, China (Linlong Mu, Yuxuan Li)

15. A prediction method for soil failure modes during suction bucket pull-out based on GAN-BP algorithm, ZL202411889261.3, Invention, 2025-11-07, China (Linlong Mu, Yuxuan Li, Maosong Huang)

16. A prediction method for pull-out bearing capacity of suction buckets, ZL202411857077.0, Invention, 2025-11-21, China (Linlong Mu, Yuxuan Li, Maosong Huang)