指导理论的继续发展。在可以预见的将来,土木建筑工程技术理论的核心部分仍然是力学,新的分析方法和新的数值处理方法将是土木工程中力学的突破方向。在对复杂结构、流体介质等情况下的受力分析和近似上,现有的方法仍然具有很大的局限性。更加专门化的数学在将来也应该有很大的发展,用以处理土木工程技术中复杂的数值问题。更先进的电子计算机的应用,使得对复杂的情况的模拟更有把握,更接近于现实。力学也会突破宏观框架,向微观发展,控制论,虚拟现实等技术也在力学中加深影响。 Guiding theory continues to develop. In the foreseeable future, the core part of civil engineering theory is still mechanics. New analytical methods and new numerical methods will be the breakthrough direction of mechanics in civil engineering. In the case of complex structures, fluid media and other stress analysis and approximate, the existing methods still have great limitations. More specialized mathematics should also evolve in the future to deal with complex numerical problems in civil engineering. The application of more advanced electronic computers makes the simulation of complex situations more certain and closer to reality. Mechanics will also break through the macro-framework and deepen the influence on mechanics such as micro-development, cybernetics and virtual reality.