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  <Header>
    <ArticleTitle>ROCK MASS CLASSIFICATION SYSTEM IN TERMS OF PRACTICAL TUNNELING</ArticleTitle>
  </Header>
  <ArticleParameters>
    <ArticleReceivingDate>2016-12-15</ArticleReceivingDate>
    <ArticleRevisedDate>2016-12-20</ArticleRevisedDate>
    <ArticleAcceptanceDate>2016-12-25</ArticleAcceptanceDate>
    <ArticlePublishedOn>2/25/2025 11:48:07 PM</ArticlePublishedOn>
    <Journal>Advanced Geosciences</Journal>
    <Volume>1</Volume>
    <Year>2016</Year>
    <ArticleType>Original research article</ArticleType>
    <FirstPage>3</FirstPage>
    <LastPage>4</LastPage>
    <CollectionYear>2016</CollectionYear>
    <PublisherId>Bib-ID: 2609655.1:1.2016</PublisherId>
    <ArticleDoi>http://dx.doi.org/10.21065/25205978.1.3</ArticleDoi>
    <Language>English</Language>
  </ArticleParameters>
  <Authors>
    <ArticleAuthors>Ahmet ÖZBEK</ArticleAuthors>
  </Authors>
  <keywords />
  <Abstract>
    <ArticleAbstract>Nowadays, infrastructure investments are accelerating; construction methods and techniques are rapidly developing and diversifying, similarly tunneling activities are also developing remarkably. Tunneling (the most common definition of underground space creation work); should be perceived not only as a whole of practical applications used to create a void in the desired geometry just under a topographic obstacle like a mountain and/or hillside, but also as a whole of other theoretical processes that have evolved up to this practical process and are constantly developed during this practical process.</ArticleAbstract>
  </Abstract>
</ArticalData>