@thesis{thesis,
		author={Silvia Ayu  Della},
		title ={ANALISIS KEKUATAN STRUKTUR PERMANENT REPAIR LIGHTNING STRIKE OF FUSELAGE SKIN PADA FRAME 60 STRINGER 36L-38L PESAWAT AIRBUS 320},
		year={2023},
		url={http://eprints.stta.ac.id/1094/},
		abstract={Fuselage is one of the main structures in an airplane and is the main one 
that receives loads and is also susceptible to external damage. Damage that occurs 
to the fuselage must be repaired immediately and evaluated whether the damage 
exceeds the limit or not to be declared airworthy. In aircraft maintenance on 
damaged structures, repairs must be carried out following the guidelines, namely 
the SRM (Structural Repair Manual). SRM (Structural Repair Manual) is a repair 
manual issued by the manufacturer to the MRO (Maintenance Repair Overhaul) or 
those who have the authority to carry out aircraft repairs.Modeling and analysis is 
carried out using CATIA V5R21 software based on the finite element method with 
the modeling stage, design part to be analyzed, input material properties, assembly 
part, general structure analysis, fastened connection, load and restraint, compute, 
meshing, and the final result von mises stressed. After analysis with CATIA V5R21 
software, it will display the results of the maximum stress when a structure is given 
a tension load, so that the maximum stress can be used to determine the Margin of 
Safety of the structure being analyzed. The highest margin of safety value for the 
structure when damage occurs at a flight altitude of 8000 feet is 15,14 and the 
lowest value is at a flight altitude of 40000 feet of 4,09. While the highest margin 
of safety value for the structure after repair occurs at a flight altitude of 8000 feet 
of 13,41 and the lowest value and lowest value at a flight altitude of 40000 feet is 
3,55.}
		}