DESIGNING POWER TOWER MODEL STRUCTURES: AN IN-DEPTH NUMERICAL ANALYSIS

This paper embodies the fusion of theory and practice, as the authors harmoniously blend theoretical insights gleaned from professional coursework with the experiential wisdom accumulated through their work endeavors. The outcome of this synergy manifests in the design and production of a model, seamlessly bridging the realms of practical engineering and theoretical knowledge. The entire

Authors: Qin Li
Pages: 1-15
MODELING THE ROCKING BEHAVIOR OF OFFSHORE WIND TURBINE STRUCTURES: AN INTEGRATED APPROACH

The design of efficient wind turbines is crucial for harnessing wind energy effectively. Central to this design process is the consideration of wind speed distribution, which significantly impacts the frequency of load conditions under various design scenarios. In this study, we explore the fundamental relationship between wind power and wind speed, emphasizing the role of key factors such

Authors: Wang Li Xin
Pages: 40-53
INVESTIGATING THE RELATIONSHIP BETWEEN T STRESS AND ROCK FRACTURE TOUGHNESS

Fracture toughness is a critical parameter in both the study of rock fracture propagation within linear elastic fracture mechanics and geotechnical engineering. It plays an indispensable role in ensuring the safety and efficiency of geotechnical construction projects. Prior to commencing construction, the mechanical properties of the rock at the construction site, including fracture

Authors: Xiaodong Zhang
Pages: 16-23
MAXIMIZING STEERING PERFORMANCE IN FSAE RACING CARS: ACKERMAN PRINCIPLE AND TRAPEZOID OPTIMIZATION

The steering system in Formula SAE (FSAE) racing cars plays a pivotal role in ensuring passing and steering stability. It serves as the mechanism responsible for maintaining or altering the vehicle's direction and facilitates a coordinated cornering relationship between the steering wheels during turns. In the dynamic arena of FSAE competitions, characterized by elements like the 8-word

Authors: Wang Jiajun
Pages: 54-65
MIMICKING NATURE: AN OCTOPUS-LIKE AUV DESIGN AND SIMULATION STUDY

As the global population continues to expand, the consumption of land resources accelerates, prompting an intensified focus on alternative strategic spaces. The ocean, recognized as a major strategic frontier alongside terrestrial environments, boasts a wealth of untapped biological and mineral resources, harboring countless unexplored phenomena awaiting human investigation. A surge in

Authors: Zhang Wei, Li Jing , Wang Qiang
Pages: 24-39