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Tower Crane Design&Analysis (Components Design,Foundation,Geotechnical Capacity&Structural performance) Comprehensive&Understanding Training

DEVELOP Training Center (TM)  menyelenggarakan Pelatihan Tower Crane Design&Analysis (Components Design,Foundation,Geotechnical Capacity&Structural performance) Comprehensive&Understanding Training yang sangat berguna untuk mendapatkan skill tentang Desain&Analisa Tower Crane untuk Kelayakan Operasi Crane serta Crane Safety aspect Operability, seperti diantaranya:

  • Pemilihan Jenis Tower Crane yang sesuai kebutuhan pada proyek konstruksi,proyek infrastruktur&proyek bangunan lainnya.
  • Manajemen Tower Crane, termasuk perencanaan lokasi, kondisi tanah, prinsip dasar beban hidup-beban mati-beban angin, dan daftar periksa pra-pemasangan Tower Crane lainnya.
  • Analisa Kekuatan, Stress, dan Stabilitas Tower crane.
  • Perencanaan Crane Erection sampai dengan Dismantling/pembongkaran tower crane
  • Memastikan aspek K3LL HSE keamanan&keselamatan bagi pengguna crane.
  • Evaluasi,Kendali Mutu & Manajemen biaya pengadaan Tower Crane untuk proyek.

Dengan melakukan penghitungan Crane secara valid, maka akan menghemat sisi keekonomian baik untuk Perawatan/maintenance Crane, Pengadaan equipment Crane serta pada saat operation Crane di lapangan.

DEVELOP mengimplementasikan Syllabus Tower Crane Design&Analysis (Components Design,Foundation,Geotechnical Capacity&Structural performance) Comprehensive&Understanding Training dengan tahap-tahap pembelajaran berkualitas sbb :

Sesi 1-2 Crane Systems Overview, International Regulations Codes&Analysis Case Study

Skill Focus:

  • Crane systems overview
  • Applicable international standards&codes regulations of tower cranes
  • Types of tower crane
    • Self-erect tower crane,assisted erect tower crane,horizontal jib&luffing jib
    • Self-erecting crane,rail mounted free travelling
    • Lorry mounted&crawler mounted
  • Parts of tower cranes
  • Characteristics of tower cranes
  • Health and safety in tower cranes
  • Responsibilities in the tower crane site place
  • Analysis of tower cranes
  • Types of loading in tower crane
    • Dead loads
    • Live imposed loads
    • Wind loads
    • Dynamic loads
    • External pressure coefficient&wind directionality factor kd
    • Velocity pressure exposure
    • Foundation loads
    • Load combinations
  • Design of tower crane component
    • Crane tension load design
      • Allowable stress
      • Required area
      • Selection of section
      • Calculated section capacity
      • Slenderness ratio
    • Crane compression members design
      • Compression load
      • Primary compression stress
      • Calculated section capacity
      • Slenderness ratio
      • Calculated allowable stress
    • Crane cables design
      • Cable load
      • Allowable stress
      • Calculated section capacity
    • Crane connections design
      • Load of connection
      • Select the type of bolts
      • Calculate allowable shear stress
      • Allowable bearing stress
      • Calculate shear load and bearing load in bolt
      • Calculate number of bolt
    • Crane base plate design
      • Load of base plate
      • Calculate bearing stress
      • Calculate dimension
      • Calculate allowable bearing capacity
      • Calculate moment
      • Calculate the thickness
  • Modeling of tower crane geometry
  • Supporting Data of project in tower cranes
    • Parameter,measure length of arm of crane&length of counter jib
    • Height of tower crane ,wind load&bearing capacity of soil
    • Weight of ballast, weight of max hoisting load&weight of hook
    • Hoist gear unit
  • Case Study

Sesi 3-4 Tower Crane Configuration,Design Of Components,Tower Crane Foundation,Geotechnical Capacity&Structural Performance

Skill Focus:

  • Tower Crane Configuration
    • Analysis results of tower cranes
    • Maximum axial forces, displacements in x- and y- directions & jib deflection in all tower cranes components
  • Structural performance tower cranes
  • Design of components of tower crane
    • Crane main tower section design
      • Compression
      • Aisc tables
    • Design of tie rod section
      • Tension
      • Aisc tables
      • Axial force check
    • Tower crane bracing section design
      • Compression
      • Aisc tables
    • Tower crane working jib section design
      • Compression
      • Aisc tables
    • Tower crane counter jib section design
      • Compression
      • Aisc tables
    • Tower crane bracing in jib section design
      • Compression
      • Aisc tables
    • Tower crane cable section
      • Cable tension
      • Aisc tables
      • Axial force check
    • Tower crane connection
      • Connection design
      • Bolts
      • Distance between holes centre
      • Design of base plate in tower crane
  • Tower crane foundation design
    • Stability of tower crane
    • Overturning check
    • Out of service&in service
  • Geotechnical capacity of tower crane
    • Loading on foundation, bearing pressure&soil pressures
    • Punching shear
    • Shear&moment force diagram
  • Design results of tower cranes components
  • Review Structural performance of tower cranes
    • Axial forces with the height for tower cranes
    • Displacement in x- y direction with the height for tower cranes
    • Axial forces with the length for working jip
    • Deflection with the length for working jip
  • Case Study
  • QA Check Tower Crane Analysis
  • Final Tower Crane Design Analysis Plot&Report

Materi Training di DEVELOP Training Center (TM) dirancang khusus oleh para praktisi designer & engineer sesuai dengan kebutuhan project. Anda akan mendapat sharing ilmu langsung dari para praktisi yang berpengalaman.

Selama training, instruktur kami akan menggunakan kombinasi teori serta praktek langsung dengan studi kasus telah dipersiapkan yang menyerupai Proyek nyata.

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