Idea Statica
  • Steel
  • Concrete
  • BIM & Workflows
  • Support & Learning
  • Pricing
  • Company
  • Steel overview
  • Connection design
  • Member design
  • Parametric design
  • Steel case studies
  • Concrete overview
  • Walls and D-regions
  • Anchoring design
  • Concrete case studies
  • BIM Overview
  • Supported integrations
  • Checkbot
  • Viewer
  • APIs
  • Support Center
  • E-learning & certification
  • Blog
  • Downloads & Licensing
  • Plans
  • Free community tool
  • Enterprise customers
  • Students & educators
  • How much will you save?
  • About us
  • Contact
  • Research & development
  • Authorized resellers
  • Meet our customers
  • Career
  • Steel
    Steel overviewConnection designMember designParametric designSteel case studies
  • Concrete
    Concrete overviewWalls and D-regionsAnchoring designConcrete case studies
  • BIM & Workflows
    BIM OverviewSupported integrationsCheckbotViewerAPIs
  • Support & Learning
    Support CenterE-learning & certificationBlogDownloads & Licensing
  • Pricing
    PlansFree community toolEnterprise customersStudents & educatorsHow much will you save?
  • Company
    About usContactResearch & developmentAuthorized resellersMeet our customersCareer
14-Day Trial
14-Day Trial
  • Steel
  • Concrete
  • BIM & Workflows
  • Support & Learning
  • Pricing
  • Company

Subscribe to our newsletter

Company

  • About us
  • Partners
  • Careers
  • Patent

Resources

  • Customer projects
  • Case studies
  • Connection Library
  • Verification books

Legal

  • EULA
  • Privacy policy
  • California Privacy
  • TOS Viewer
  • Licensing

Help

  • Contact
  • Quote request
  • Resellers
  • Downloads
FacebookInstagramLinkedInYouTube

© IDEA StatiCa 2009-2026

Trusted and used worldwide by engineers, fabricators & consultants.

Support CenterKnowledge Base ArticlesDetailing of bolts and welds according to Russian standards
Advanced analysis types for your steel structures
Detailing improvements for bolts and welds in Eurocode
Detailing of bolts and welds (AISC)
Detailing of bolts, welds and anchors according to Australian standards
Detailing of bolts and welds according to Indian Standard
Detailing of bolts and welds according to Hong Kong Code
Detailing of bolts and welds according to Chinese standard
Detailing of bolts and welds according to Russian standards
Detailing of bolt spacing and edge distance and weld minimal size. IDEA StatiCa - structural analysis software for structural design of welded and bolted steel connections.
Connection designSteelKnowledge baseConnectionCBFEM

Detailing of bolts and welds according to Russian standards

This article is also available in
ENCZDEESFRITPTNLHUROKRPLTHTRVIZH

Bolts

Minimum pitch and minimum edge distance are checked according to SP 16, Table 40.

Minimum pitch is 2.5· d for steel with Ryn ≤ 375 MPa and 3 · d otherwise.

Minimum edge distance is 2 · d for steel with Ryn ≤ 375 MPa and 2.5 · d otherwise in the direction of the shear load. Minimum edge distance is 1.35 · d in the direction perpendicular to the shear load. Minimum edge distances may be smaller under some circumstances specified in SP 16, Table 40. If these conditions are met, user can deactivate the detailing check. However, the check of bolts in bearing may not be performed.

Preloaded bolts

Minimum pitch and minimum edge distance are checked according to SP 16, Table 40.

Minimum pitch is 2.5 · d for steel with Ryn ≤ 375 MPa and 3 · d otherwise.

Minimum edge distance is 1.3 · d.

Anchors

The spacing between anchors should be greater than six times anchor diameter. This value depends on anchor type and can be modified in Code setup.

Minimum plate edge distance follows the rules for bolts.

Welds

The detailing of welds is checked according to SP 16, Cl. 14.1.7. The maximum fillet weld size, kf,max, should be smaller than 1.2 · tmin, where tmin is the thickness of the thinner connected plate. The minimum fillet weld size, kf,min, is checked according to SP 16, Table 38. Thickness tmax is the thickest of the plates being welded.

  • For tmin<0.6⋅tmaxt_{min} < 0.6 \cdot t_{max}tmin​<0.6⋅tmax​ – kf,min = tmin for one-sided fillet weld and kf,min=tmin/2k_{f,min} = t_{min} / \sqrt{2}kf,min​=tmin​/2​ for two-sided fillet weld  
  • For tmin≥0.6⋅ tmaxt_{min} \ge 0.6 \cdot t_{max}tmin​≥0.6⋅ tmax​ – kf,min is selected from the table below

Related articles

Concrete below base plate is simulated by Winkler subsoil with uniform stiffness, which provides the contact stresses. IDEA StatiCa - concrete design software for structural code-check of concrete constructions.
  • Steel
  • Connection
  • CBFEM
  • Concrete block
  • SP 16 (Russia)
  • +5
  • Steel
  • Connection
  • CBFEM
  • Concrete block
  • SP 16 (Russia)

Knowledge base

Code-check of concrete block according to Russian standards

Read more
The joints are classified according to rotational stiffness to rigid, semi-rigid, and pinned. The stiffness in the model should conform to the real joint stiffness. IDEA StatiCa - structural design of welded and bolted steel connections.
  • Steel
  • Connection
  • CBFEM
  • Rotational stiffness
  • Stiffness
  • SP 16 (Russia)
  • +6
  • Steel
  • Connection
  • CBFEM
  • Rotational stiffness
  • Stiffness
  • SP 16 (Russia)

Knowledge base

Joint classification according to Russian standards

Read more
How to define pre-loaded bolts
  • Steel
  • Connection
  • AISC (USA)
  • Bolts
  • Contacts
  • EN (Eurocode)
  • +6
  • Steel
  • Connection
  • AISC (USA)
  • Bolts
  • Contacts
  • EN (Eurocode)

Knowledge base

How to define preloaded bolts

Read more
What is the correct length of the weld?
  • Steel
  • Connection
  • EN (Eurocode)
  • Anchoring
  • Welds
  • AISC (USA)
  • +6
  • Steel
  • Connection
  • EN (Eurocode)
  • Anchoring
  • Welds
  • AISC (USA)

Knowledge base

Weld size and length

Read more