Precision HSS Connection System For Modular Buildings. Entire contents protected by Copyright. US and International Patents Pending

Transcription

1 Precision HSS Connection System For Modular Buildings by Entire contents protected by Copyright. US and International Patents Pending

2 Stacked and Bundled Vectorbloc Systems Explained! Entire contents copyright February 2015 Vectorbloc and related systems US, Canada and WIPO Patent pending

3 Because loads in a building vary, Vectorblocs are designed to support a wide range of column configurations This means that the minimum of steel and labour can be used to build a member which suits specific load conditions Each bolt in the standard connector series has a clamping strength of 60kips, so a group of 8 delivers over 400 kips, adequate for buildings well over 30 stories

4 Vectorbloc offers two ways to build modules, which we call Stacked and Bundled. The stacked system scales with load using modules with progressively larger HSS, while the bundled system adds horizontal tiers of HSS in ever wider assemblies. These wide assemblies also function as shear walls. Top: Stacked Bottom: Bundled Vector Praxis production office

5 The two systems are interchangeable, so designers can select the connection and member configuration that best suits each project, or even each part of a project.

6 Stacked Typical details

7 Typical transition block 4 x 4 to 6 x 6

8 The structural bundling of columns is similar to the story of the boy who was challenged to break a bundle of sticks and found it impossible because a group of members acting together are stronger than the sum of the parts..

9 Robust groupings can be created using one size of HSS welded corner to corner and joined in groups with flat-bar ears.

10 Bundled Typical details

11 Bundled Typical details

12 A Vectorbloc building designer using FEA software selects the column configuration that best suits the loading on each module. Section transitions

13 By joining bundled columns in adjacent modules, configurations ranging from a 24 lbs / foot grouping of 4 x 4 HSS, to massive built-up columns weighing over 400 lbs per foot, can all fit in a 10-1/2 wall

14 Vectorbloc Concept Building February 2015 Vectorbloc and related systems US, Canada and WIPO Patent pending

15 By examining a Vectorbloc-based concept building we can better understand the practical application of the Vectorbloc structural system

16 Vectorbloc concept building: Renders

17 Apartment buildings and condominiums are highly optimized and every square foot is utilized. Vectorbloc s bundled column reduces lost GFA by packing load-bearing structures in to the wall cavities, eliminating inconvenient bumpouts Plan of typical floor

18 Lateral brace frames (blue) are concentrated in the party walls, while the longitudinal system (pink) is loaded in to areas where the diagonal bracing does not obstruct openings Brace locations

19 Minimizing module size variants is not essential, but it is desirable Module size matrix

20 Vectorbloc sectional frame elevations showing conventionallyconstructed parking structure, podium and transfer beams

21 Vectorbloc Frame

22 Typical twomodule grouping

23 Typical two module grouping with finishes and furnishings

24 Typical single module frame construction

25 The brace frame is created when modules are interconnected to unite the integral diagonal bracing in the modules. Bracing can be integrated in locations such as the party walls, elevator shafts and stairwells.

26 Lateral Frame

27 Deep spandrel beams can be integrated in to the framing if required to eliminate diagonal bracing which obstructs openings Frame Details

28 The longitudinal brace frame is created on the upper floors by interconnecting modules to combine the moment action of the module frames. On lower floors, bracing is added to the shaft, stairwell and hallway modules. Longitudinal Frame

29 Vectorbloc modules incorporate the ideal vertical load bearing capacity at each level in the building, they provide a moment connection and they are interconnected connected horizontally. As a result, a separate brace frame or brace tower can be eliminated, saving valuable space and reducing construction complexity.

30 Vectorbloc Prototypes 3D Printing Casting and Machining February 2015 Vectorbloc and related systems US, Canada and WIPO Patent pending

31 Investment casting and machining

32 Checks of material quality, alignment and dimensions

33 Complete prototype of typical connection with cutaways

34 Prototype of typical module with detail of fireproofing and baseboard leave-out at Vectorbloc connection

35 Vectorbloc The sky s the limit Links to chatter about Vectorbloc and related subjects: comments/can_vectorblocs_patented_buildi ng_system_make_cities_more_energy_effic ient#.vcxab_ldu9j cated-broadway-stack-project-makes-headway/ -dispute-over-stalled-modular-tower.html

36 Disclaimer The Vectorbloc, Vectorig, Vectorloc, Vectorjig and Vectorsight systems, together with all derivatives and related consulting services (collectively the Vectorbloc Modular Construction System) are not standalone, pre-engineered and pre-qualified systems that can be used without the input, supervision and approval of professionals with appropriate experience and qualifications and who are licensed and insured in the applicable jurisdiction. It is the sole responsibility of the purchaser and / or user to determine the applicability of the system and its components and derivatives for any application. Prior to conceiving, designing, fabricating or erecting a structure of any kind using any of the above noted systems or their derivatives, the user must contract the services of any and all third-party licensed architects, engineers and all other professionals such as code consultants, welding inspectors and mechanical designers as may be required to properly conceive, design, engineer, erect and supervise work on the structure. Additionally, it is the responsibility of the user to determine what laws, standards and building codes apply to a project before, during and following construction and to seek and obtain all applicable evaluations, inspections and approvals required by all authorities and entities having jurisdiction. In this context the images and descriptions of the Vectorbloc Modular Construction System provided by Vector Praxis, its principals, employees, agents and subcontractors are entirely conceptual in nature. Vector Praxis makes no warranty for the fitness of the Vectorbloc Modular Construction System for any application and both Vector Praxis and its insurers disclaim all liability for the use of the Vectorbloc Modular Construction System by any user. Entire contents protected by Copyright US and International Patents Pending END