All of the articles in this proceedings volume have been presented at the 6th International Conference on Structural Seismic and Civil Engineering Research (ICSSCER 2024) during August 16-18, 2024 in Qingdao, China. These articles have been peer reviewed by the members of the Scientific Committees and...

The power supply network is a matter of urban security and is the foundation for the operation and development of modern cities. As strike capacity escalates, it is critical to find critical areas of the municipal power network. In this study, we construct a comprehensive quantitative value assessment...

This study involves the preparation of epoxy-based pervious surface materials by mixing snow-white sand with epoxy resin in the range of 10~20 mesh. During the research process, it was observed that the self-made permeability agent T20 significantly reduced the contact angle of the adhesive material....

For a river valley site with non-flat topography, the scattering effect will significantly change the distribution of the seismic field, and the role of the site scattering effect on ground shaking under oblique incidence of seismic waves is not clear for the time being. The scattering effect will change...

Due to the complexity of the geometric shape of curved surface arc structure, it is difficult to carry out accurate setting out. Therefore, a visual setting out method for complex curved surface arc structure using BIM and setting out robot is proposed. Using BIM (Building Information Modeling), the...

The research on reinforcement technology of Anhui style ancient buildings has developed rapidly. Through a series of interviews and practices, this paper is based on the theories of civil engineering and engineering cost, combined with nondestructive testing technology Bim digital modeling technology...

The molten salt storage tank is a key component of the solar thermal power plant’s energy storage system. In the structure of the tank, the region with shell-to-bottom weld is a weak area that affects the safe operation of the tank. This study focuses on the design of a storage tank in a solar thermal...

Ensuring the flatness and verticality of the formwork system during building wall construction is crucial. However, challenges such as limited space on site, uneven formwork surfaces, and difficulties in establishing a datum point hinder accurate assessment of formwork flatness. Therefore, developing...

During a fire accident, smoke has been reported to be the main cause of heavy casualties. Hence, smoke management play an important role on escape. Fire Dynamics Simulator software (FDS) was utilized to carry out full scale numerical simulations of fire accident in a flat large space building. According...

The Group silo cement storage facility is an important facility for large modern cement producers and its architectural features are crucial to the quality and efficiency of the project. Based on the cement storage facility project of Indonesia Nanga Conch 2×3200t/d clinker raw cement production line...

Concrete formwork technology and support system technology are important construction technologies in construction, and have been widely used in long-span projects. With the development of the construction industry, some construction projects are usually applied to tall concrete formwork projects and...

The slope of the tunnel has an impact on the distribution of smoke and droplets, which subsequently affects the extent of thermal radiation damage experienced by individuals in the tunnel. Numerical simulation was employed to replicate the progression of fires in inclined tunnels. Using this simulation...

This research introduces an advanced Random Finite Element Model (RFEM) designed to comprehensively simulate the complex behaviors of frozen soil, focusing on the dynamics of phase transitions and their effects on internal stress and vertical displacements. The model uniquely blends the capabilities...

This study primarily explores treatment solutions for anchor cables encountered during the construction of subway bored piles. As pile anchor forms become prevalent in foundation pit support for high-rise buildings, the intersection of subway lines with existing anchor cable areas poses considerable...

This study delves into the limit intrusion of retaining piles in deep foundation pits of subway stations, analyzing the bearing capacity after the removal of over-limit retaining piles. Drawing upon a specific engineering case, it proposes a systematic solution to address the intrusion of retaining piles...

In recent years, the use of surface directional multi-branch near-horizontal boreholes for regional exploration and prevention of Ordovician limestone water hazards has emerged as a new technology in the Huainan mining area. This paper takes the example of the ground regional exploration and treatment...

The design inspiration for grout free self-locking blockscomes from the principle of “building blocks” in traditional masonry. No professional masonry techniques or bonding materials are required. Simply stack the blocks in the prescribed manner to create a sturdy wall structure. This article is based...

To investigate the impact of basalt fiber on the workability of recycled aggregate concrete, various lengths of basalt fibers were incorporated at 0.1, 0.2, and 0.3% volume content. This was done with a 100% replacement of recycled coarse aggregate to produce basalt fiber recycled aggregate concrete....

Steel grid is an effective reinforcement material for improving weak foundations and it is necessary to conduct in-depth research on its mechanism. Finite-discrete coupling method was used for numerical simulation of steel grid pull-out test in gravels. By analyzing the mechanical response of particles...

A surface-active agent was added to the project in order to investigate the process of viscosity reduction in rubber-modified asphalt by the warmed mixing agent and its effects on rheological characteristics of asphalt. Different periods for preservation for warm-mix asphalt treated with rubber powder...

Rainfall is a significant factor of bank slope collapses. In this study, the effects of rainfall intensity and type on bank slope stability are investigated. By establishing non-ponding infiltration models and ponding infiltration models, the bank slope stability model considering rainfall is proposed....

In civil engineering, while the impact of vegetation on bank slope stability is well-recognized, its role in managing slope instability during rainfall remains underexplored. In this study, a numerical model considering bank slope instability control by vegetation during rainfall is developed. The results...

Information technology, as the fundamental technology driving innovation in internal production and management activities across various industries and fields, has emerged as an essential tool, particularly under the influence of China’s eco-friendly and green development concepts, to imbue these sectors...