1. The document discusses the building system for a plane frame structure. It uses steel H-shapes for columns, beams, bracing, and tie beams arranged in a rigid frame to transfer loads from the roof and floors to the foundation. 2. For multi-floor structures, the frames can be pure rigid, use rigid horizontal connections with hinged verticals plus bracing, or use hinged joints for both with bracing in both directions. Column and beam shapes include H-shapes, boxes, crosses, and pipes. 3. Bracing includes both flexible rod steel and stiffer section steel. It is used to provide rigidity and transfer horizontal forces. Details are provided for nodes, bracing,

1. 1. BUILDING SYSTEM
1-1.PLAN FRAME STRUCTURE
1.1.1. BASIC STEEL MEMBER PLAN

3. 1.1.2. Mechanics Principle
Plane Frame Structure is the Transverse frame which formed by Column and Beam , to ensure the longitudinal stability arrange the
Column bracing and Roof bracing.
Steel Frame
Frame Column and Beam used H-shape steel ,the loading pass to foundation through column and beam.
Bracing ,Tie Beam
Rigid bracing used the hot roller section steel ,general used angle steel , flexible bracing used rod steel .Tie Beam used circular
pipe which formed closed system together with bracing.
Roof Purlin , Wall Girt
General used C section steel or Z section steel , bearing the loading passed from wall and roof panel and pass the load to column
and beam.
1-1-3. Plane Frame Basic Form

4. a. Typical Steel Frame

6. b. Steel Frame with Crane Beam

7. c. Steel Frame with Mezzanine Floor

9. 1-1-4. Basic Node
a. Node of Column Foot

10. b. Column and Rafter Connected Detail

13. 1-1-5.Form of Steel Frame

15. 1-2 Multi-floor Frame Structure System
1-2-1 Frame Structure

17. 1-2-2 Mechanical Model
A. Pure Rigid Frame: Both Vertical and Horizontal are used rigid frame.
B. Rigid Connection-Bracing Frame : Horizontal used rigid connection , Vertical used hinge joint and arrange bracing on vertical
used for pass the horizontal force
C. Frame of Bracing Type :Both Vertical and Horizontal are used hinge joint ,both direction arrange bracing to pass the horizontal
force .
D. Sometimes to ensure sufficient rigidity, in the rigid frame also set bracing .
Frame Column
Frame Column can used H shape ,Box Shape , Cross-shape ,Pipe ects ,all the force from above pass to ground by frame column.
Frame Beam
Frame Beam used H shape ,the force from roof and floor pass to column through Frame beam.
Bracing

18. Bracing used hot roller steel ,the function is pass the horizontal force to ensure the rigid of frame.
1-2-3 Basic Node
a. Column Foot Node
b. Column and Beam Node

22. 2.Bracing ,Tie Beam
2-1.Column Cross Bracing

24. 柱间柔性支撑 柱间刚性支撑
2-2 说明
Bracing divided in flexible bracing and rigid bracing , flexible bracing fabricated by rod steel which must tighten during installation,
mainly used for Plane Frame , rigid bracing fabricated by Section steel which used for high rise building, strength bracing below
crane beam .
2. Fly Bracing
3-1

25. 4. Crane Beam

28. Crane Beam Drawing

29. 4-1.Crane Beam used as bearing structure for the loading of crane, welded by steel plate

30. 5.Canpy

31. 6.Purlin ,Girt
6-1. C section steel

32. 6-1-2. C Purlin Erection Detail

33. 6-2 Z section Purlin

35. 6-2-2.Z Purlin Erection Detail

37. 7.Corrugated Color Sheet for Wall and Roof
7-1 HV-205TD-820 Sheet

38. 7-5-2. Sheet Connected Detail

40. 7-6HV-225TD-900 Sheet

41. 7-6-2 Sheet Connected Detail

43. 8-5.CV-205-820 Skylight Sheet
8-6.CV-225-900

44. 9.Floor Deck
9-1、HG-344-688 板

45. Connection Detail

46. 10.Gutter
10-1.Outside Hanging Gutter

49. 11.Flashing and Trim

50. 14-2 Wall Sheet Connected with wall sheet detail

52. 14-3.Wall and Roof Connected detail

54. 14-5. Roof Ridge Trim

55. 14-6.Window Hole Detail on Wall