现如今，在建筑工程建设过程中，钢结构工程十分常见，为进一步保证钢结构工程施工水平，工作人员在进行具体研究过程，应该重视结合有效工作实践。本文基于此方面内容，研究了相关的技术管理与控制措施，希望分析能够进一步提高认识，从而能够为相关工作顺利开展提供有效参考。

现阶段的建筑工程呈现多样化发展趋势，从其高度和规模方面分析，其结构都越加复杂，那么在建筑工程钢结构施工过程，如何通过有效的技术和控制策略，以提高钢结构工程质量，需要相关技术人员不断研究，并且要结合具体工程实际，总结更加学科与完善的施工策略。下面具体分析：

1 钢结构的优势

1.1 经济性高

在以往的施工过程中，一般采用石混或砖混的结构建造房屋，而石块与砖块虽然也能够与混凝土进行紧密的结合，但在施工过程中所需要的原材料量较大，并且消耗的混凝土数量较多。在施工完成后，对石块和砖块的回收度较低，无法进行重复利用，极大地浪费了资源。而钢筋结构本身可以多次重复使用，并且与混凝土结合程度高，能够有效辅助节省资源，提高工程的经济效益。

1.2 抗压性强

钢结构主要是以钢筋作为基础材料，通过拼装、焊接等方式组成一个整体结构，因此钢结构本身也就具备了钢筋抗压性强的特点，使其更加坚韧、耐压。同时由于钢结构一般会与混凝土合用，因此混凝土还大大增加了钢结构的抗腐蚀性，使得整体抗压性得到了根本性的提升。

1.3 环保性好

钢结构所使用的钢筋材料本身不会对环境造成明显的污染情况，同时由于钢筋本身刚度较强，因此可以重复回收利用，不会造成更多资源的浪费，因此环保性较强。同时，在钢结构施工过程中可以减少因砖块施工产生的工期过长、粉尘污染过大等问题，对施工地点周围环境的影响较低。

Nowadays, in the process of construction engineering, steel structure engineering is very common. In order to further ensure the construction level of steel structure engineering, the staff should pay attention to the combination of effective work practice in the specific research process. Based on this aspect, this paper studies the relevant technical management and control measures, hoping that the analysis can further improve the understanding, so as to provide an effective reference for the smooth development of related work.

 

At present, the Construction Engineering presents a diversified development trend. From the aspect of its height and scale, its structure is more and more complex. In the construction process of the steel structure of the construction engineering, how to improve the quality of the steel structure engineering through effective technology and control strategy needs the continuous research of the relevant technical personnel, and it is necessary to summarize more discipline and perfect construction based on the specific engineering practice Job strategy. The following specific analysis:

 

1 advantages of steel structure

 

1.1 high economy

 

In the past construction process, stone concrete or brick concrete structure is generally used to build houses. Although stone and brick can also be closely combined with concrete, they need a large amount of raw materials and consume a large amount of concrete. After the completion of the construction, the recovery of stones and bricks is low, which can not be reused, and greatly wastes resources. The reinforced structure itself can be reused many times, and has a high degree of combination with concrete, which can effectively help save resources and improve the economic benefits of the project.

 

1.2 strong compression resistance

 

Steel structure is mainly composed of steel bars as the basic materials, through assembly, welding and other ways to form a whole structure. Therefore, steel structure itself has the characteristics of strong compression resistance of steel bars, making it more tough and pressure resistant. At the same time, the steel structure is generally used with concrete, so the concrete also greatly increases the corrosion resistance of the steel structure, which makes the overall compressive strength fundamentally improved.

 

1.3 good environmental protection

 

The reinforcement materials used in steel structure will not cause obvious pollution to the environment. At the same time, due to the strong rigidity of the reinforcement itself, it can be recycled repeatedly, and will not cause more waste of resources, so the environmental protection is strong. At the same time, in the process of steel structure construction, problems such as too long construction period and too much dust pollution caused by brick construction can be reduced, and the impact on the surrounding environment of the construction site is relatively low.