Calculation of anchors

Input data
	1. Construction data:
	Outside diameter of the coat d_a	mm
	Coat wall thickness s_eM	mm
	Floor thickness s_eB	mm
	Type of the flame tubes
	Angle between the neighboured edge anchor α	°
	Edge anchor sloping angle to the coat lengthways axis β	°
	The applicable loading on an edge anchor A_p	mm²
	Inner pressure p	bar
	Allowable stress for floors σ_B all	N/mm²
	Allowable stress for coat σ_M all	N/mm²
	Allowable stress for anchors σ_A all	N/mm²

	2. Excisting anchoring measurements:
	Thickness of the edge anchor s_A	mm
	Hight of the edge anchor cross cut h	mm
	Maximal bow length between the floor side line of two neighboured edge anchors l_A	mm
	Edge anchor line length on the floor l_B	mm
	Edhe anchor line length at the coat l_M	mm



Results
	1. Stresses by inserting the excisting anchoring measurements:
	Maximal stress in the floor σ_B	N/mm²
	Maximal stress in the coat σ_M	N/mm²
	Maximal stress in the anchor σ_A	N/mm²

	2. Recommended anchoring measurements:
	Thickness of the edge anchor s_A	mm
	Hight of the edge anchor cross cut h_min	mm
	Maximal bow length between the floor side line of two neighboured edge anchors l_A max	mm
	Edge anchor line length on the floor l_B min	mm
	Edhe anchor line length at the coat l_M min	mm

Attachments
	1. Sketch


	2. Comment
	Attention!
	This calculation only recommends characteristics. Ask for the correct proof of the local stresses in the coat and in the tube plate. We offer you a very cheap supply of a FEM calculation with parameteric shell and patten models.