实验介绍

      重力式码头稳定性是专业教学的重点知识，但由于实体试验环境恶劣、成本高、风险高、环节多、难度大等因素，一直难以在实验教学中实现。本教学系统以沉箱结构为代表，以实际工程场景为背景，实现了多工况、多条件仿真模拟，实验兼顾知识学习、稳定性验算、方案比选、施工仿真，将知识性、趣味性、创造性融为一体。本系统拓展了教学安排的空间和时间，扩展教学内容的广度和深度，提升了学生的工程实践能力和创新思维能力。

      The stability of gravity wharf is a key knowledge in professional teaching. The knowledge point has not been realized in experiment teaching due to the harsh environment, high cost, high risk, many links and great difficulty in experiment. With taking caisson structure as a representative set in actual engineering scene, this teaching system has realized the multi-condition and multi-condition simulations. The experiments in this system give consideration to knowledge learning, stability checking, scheme comparison and construction simulation.
      Then the knowledge, interest and creativity are merged into an organic whole. The space and time of teaching arrangement, the breadth and depth of teaching content, are expanded by this on-line teaching system, and then the engineering practice ability and innovative thinking ability of students are improved.