• Projects
  • ʰ
  • High-Rise Building Engineering Dept.

  • Structural Engineering
  • ʰ ǹ ý (Structural System of High-rise Building)
    dz/ (Wind/Earthquake Engineering)
    ź ؼ/ ҷ (Inelastic Analysis/Column Shortening)
    (Vibration Control)
    (Value Engineering)
  • Construction Engineering
  • ð ŵ & ý
      (Motion & Vibration Control System of Material Litting/Erection)
    Ž ũƮ Ÿ (Pouring of Mass Concrete)
  • Material Engineering
  • ǰ ũƮ (High Performance Concrete)
    ũƮ (High Strength Concrete)
    / ũƮ (Super Fluidity/Durabillty Concrete)
  • Geotechnical Engineering
  • ý (Foundation System)
    (Deep Foundation)
    (Soft clay Improvement)
    ̽ (Caisson Method)
  • ô ߼ ǹ Ǹ ȭ Ű ڸű ϰ , ̷ ǹ ÿ ౸ Ǿ ׵ ϴ.
    ڷμ Ȯ ⺻ǹ ̸, ΰϿ , ,ð 䱸 ϱ Ʒ׿ ξ 踦 ϰ ֽϴ.

  • (Economics)

    ʰ dz SYSTEM DZ ؼ, (Dual Frame, Tube Frame, Outrigger Frame ) (Steel, Con'c., P.C ) ¹ , ̷ Know How ʿմϴ. , ⺻ҿ ΰ ְ ϴ 谡 ʿմϴ.

  • (Construction time)

  • ذ ܱ , ԵǴ Ҷ, ū ġǷ, ȹ Form(Climbing Form, Table Form) ðȹ ÿ ̷߸ ʰ ǹ մϴ.

  • ɰ õ (Material and laborer availability and skills)

  • Steel(SM400~570) ũƮ(Fck=240~500Kgf/), ö( ö Ǵ Tendon) P.C ȹ ð Ȳ Ǿ մϴ.

  • 䱸 ȭ (Integration of architectural and structural needs)

    䱸 ȭ (Integration of structural and mechanical needs)

  • ֿ , ð 䱸 ϱ ׵ Ͽ 迡 ϰ » Ȱ Communication Ͽ ȿ 踦 ϰ ֽϴ.

  • (Construction Risk)

    (Future Flexibility)

    Ǽ翡 κ ʱȹ(Schematic Design)ܰ迡 , ʱ (౸, κ ð) Ǵ ƹ ص ġ ʽϴ.