Factor space for construction of pile foundations in permafrost soils

Abstract

Factor space is a method for determining the relationship between internal and external factors affecting the construction process. Internal factors are the processes controlled by the developer or investor during the realization of a construction project. Internal factors include: planning, controlling, intensity, quality, cost and operational reliability. External factors are conditions that cannot be influenced by the developer or investor during the realization of a construction project. External factors include: natural conditions, permafrost degradation and infrastructure. Analyzing the factor space in the construction of pile foundations on permafrost provides construction companies with the opportunity to achieve the following objectives: 1. Identification of the main factors: factor space analysis allows to identify the main aspects that have the greatest influence on the technological process. 2. Interrelationships between factors: factor space analysis helps to explore the interrelationships between different factors and understand how they interact with each other. 3. Process Optimization: factor space analysis helps to identify opportunities for optimizing processes, materials and resources. This helps in improving the efficiency and quality of pile foundation construction, achieving better results. 4. Risk Management: factor space analysis helps to identify potential risks associated with various factors and develop strategies to mitigate or avoid them. This allows for better management of risks associated with unpredictable permafrost characteristics and other factors affecting the foundation construction process. Thus, factor space analysis in permafrost pile foundation construction is an important tool for developing optimal strategies and making informed decisions that contribute to successful project implementation.

Keywords

• permafrost soils
• factor space
• pile foundations