SÖDETÄLJE KOMMUN project in Sweden.

Tekla Structures, Calculatis® by StoraEnso

PROJECT INFORMATION

Modern two-stories house built from cross laminated timber massive wall panels (CLT 150 L5s, layers 30-30-30-30-30 and CLT 100 C5s, layers 20-20-20-20-20) and slab panels (40-40-40).

PHASE

Design, 3D-modeling, WSD.

PROJECT DESCRIPTION

Statics design, fire design (Fire resistance class –R60), seismic design, connection design;
3D structure model;
Workshop drawings (prefab drawings);
Assembly drawings, material lists;
Structural design report;
Transportation schemas CLT panels.

PRIVATE STUDIO project in the Netherlands.

Tekla Structures

PROJECT INFORMATION

CLT building. Modern two-stories house built from cross laminated timber massive wall panels (CLT140 C5 V/V layers 40-20-20-40,CLT100 C5 V/V layers 20-20-20)

PHASE

3D-modeling, WSD

PROJECT DESCRIPTION

• 3D structure model;
• Connection design;
• Screws in connection;
• Workshop drawings (prefab drawings);
• Assembly drawings, material lists;

PRIVATE HOUSE project in the Netherlands.

Tekla Structures, Calculatis® by StoraEnso

PROJECT INFORMATION

Modern two-stories house built from cross laminated timber massive wall panels (CLT200L7,CLT120L5,CLT80C3N/N) and CLT slab panels.

PHASE

Design, 3D-modeling, WSD

PROJECT DESCRIPTION

• Statics design, fire design (Fire resistance class –R0),
  seismic design, connection design;
• 3D structure model;
• Drawings (prefab drawings);
• Assembly drawings, material lists;
• Structural design report;

WSD (prefab drawings) examples for manufactures.

Apartment buildings in Latvia

Tekla Structures, Dlubal Timber design, Calculatis® by StoraEnso

PROJECT INFORMATION

Modern one store house built from cross laminated timber massive wall panels (CLT 150 L5, layers 30-20-20-20-30 and CLT 100 C5s, layers 40-20-20-20-40) and CLT120 C5 N/N.

Screw type: 

Design, 3D-modeling, WSD

PHASE

Design, 3D-modeling, WSD

PROJECT DESCRIPTION

• Statics design, fire design (Fire resistance class –R60), connection design;
• 3D structure model;
• Workshop drawings (prefab drawings);
• Assembly drawings, material lists;
• Structural design report;

PRIVATE HOUSE project in the Netherlands.

Tekla Structures, Dlubal Timber design, Calculatis® by StoraEnso

PROJECT INFORMATION

Modern two-stories house built from cross laminated timber massive wall panels (CLT200L7, CLT120L5, CLT80C3N/N) and CLT slab panels.

PROJECT DESCRIPTION

• Statics design, fire design (Fire resistance class –R0), seismic design;
• Connection design;
• 3D structures modeling;Workshop drawings (WSD);
• Assembly drawings,
• Material lists;
• Structural design report;

PRIVATE HOUSE project in the North Holland.

Tekla Structures, Dlubal Timber design, Calculatis® by StoraEnso

PROJECT INFORMATION

Modern two-stories house built from cross laminated timber massive internal walls panel (CLT200L7, CLT120L5, CLT80C3) and CLT floor slab panels.

PROJECT DESCRIPTION

• Statics design, fire design, seismic design;
• Connection design;
• 3D structures modeling;
• Workshop drawings (WSD);
• Assembly drawings,
• Material lists;
• Structural design report;

Denmark project.
Loading Plan of Wooden Pod, Development of drawings (WSD)

Tekla Structures

PROJECT INFORMATION

• If agreed to by manufacturers at the time of sale, the panels will be loaded in a specific sequence as determined through the shop drawing approval process. (Load plans must be determined at the time of IFC.)
• The trailer will be loaded in a sequence typically following installation order.
• Safety concerns that arise during loading may alter the sequence.

Performed work: 3D-modeling, wooden pod drawings
(Transportation schemas CLT panels).

PRIVATE HOUSE project in Belgium.
CLT 673 m2, GLT, Steel.

Tekla Structures, Dlubal Timber design, Calculatis® by StoraEnso

PROJECT INFORMATION

Modern three-stories house built from cross laminated timber massive internal walls panel (CLT250L7, CLT120L5, CLT80C3), GLT beams and CLT floor slab panels.

PROJECT DESCRIPTION

• Statics design, fire design, seismic design,
• Connection design;
• 3D structures modeling;
• Workshop drawings (WSD);
• Assembly drawings,
• Material lists;