<p>In their recent contribution, Erharter and Elmo (Rock Mech Rock Eng, 2025) proposed to resolve the long-standing continuum vs. discontinuum question in rock engineering by characterising rock mass complexity. While their attempt to introduce quantitative metrics into this debate is commendable, their treatment tends to apply the concepts of complexity and emergence in ways that do not align with their established meanings. In this Discussion, I address these issues by providing several points of clarification, particularly concerning how the authors have positioned their work in relation to complexity science and to my earlier article (Lei, Rock Mech Bull, 2023).</p>

错误:搜索内容不能为空,请输入英文关键词
错误:关键词超出字数限制,请精简
高级检索

Discussion on the Paper “Is Complexity the Answer to the Continuum vs. Discontinuum Question in Rock Engineering?” by Erharter and Elmo in Rock Mech Rock Eng (2025)

  • Qinghua Lei

摘要

In their recent contribution, Erharter and Elmo (Rock Mech Rock Eng, 2025) proposed to resolve the long-standing continuum vs. discontinuum question in rock engineering by characterising rock mass complexity. While their attempt to introduce quantitative metrics into this debate is commendable, their treatment tends to apply the concepts of complexity and emergence in ways that do not align with their established meanings. In this Discussion, I address these issues by providing several points of clarification, particularly concerning how the authors have positioned their work in relation to complexity science and to my earlier article (Lei, Rock Mech Bull, 2023).