Technical articles — AMS · NADCAP · Processes — Case studies

Technical
Blog

Technical articles — AMS · NADCAP · Processes — Case studies

Kronos Engineering technical blog: special process guides (shot peening, cold working, HFMI, flapper peening), AMS / NADCAP / IIW 2016 standards analysis, field reports, aerospace, nuclear and offshore case studies.

MULTI BRAND
Independent audit: checklist for your peening installations (all brands)

Complete checklist to objectively audit your peening installations regardless of manufacturer. 40 critical points, with no commerc

 MULTI BRAND
Shot peening vs HFMI on welds: which technology to choose?

Objective comparison shot peening vs HFMI for welded joint improvement: efficiency, productivity, recommended applications, test d

 HFMI
HFMI of offshore wind turbines: fatigue challenges and field solutions

HFMI on offshore wind turbine mast and jacket welds: severe environment (corrosion + fatigue), IIW 2016, DNV-GL, offshore operatio

 MULTI BRAND
Peening technology benchmark: how to choose the right solution

Neutral comparison of peening technologies: conventional shot peening, flapper, roto, needle, ultrasonic, laser. Selection matrix

NADCAP
Preparing a NADCAP Heat Treatment audit: checklist and methodology

Complete methodology to prepare for a NADCAP Heat Treatment audit (shot peening): 30-point checklist, documentation, interviews, f

 SHOT PEENING
Shot peening on Inconel 718: parameters, pitfalls, engine compliance

Shot peening on Inconel 718 superalloy: high intensity, conditioned steel media, roughness control, AMS 2432 compliance and GE/Saf

 SHOT PEENING
Shot peening on aerospace titanium: Ti-6Al-4V, Ti-17, complete guide

Shot peening on aerospace titanium alloys (Ti-6Al-4V, Ti-17): process parameters, intensity, coverage, residual roughness, contrai

 AOG
24/7 AOG Protocol: how Kronos responds in under 2 hours

Kronos Engineering AOG protocol decoded: on-call rotation, technical qualification, team commitment, tool mobilization, 24h interv

 FLAPPER PEENING
On-wing flapper peening: line maintenance and AOG intervention

Flapper peening on aircraft in line maintenance: access areas, AOG protocol, portable tooling, AMS 2432 compliance in field operat

 HFMI
PIT vs UIT vs HiFIT: HFMI technology benchmark

Neutral comparison PIT (pneumatic) vs UIT (ultrasonic) vs HiFIT for HFMI: productivity, quality, cost, accessibility. No commercia

 HFMI
IIW 2016: HFMI best practices on high-strength welds

IIW 2016 recommendations for HFMI (High Frequency Mechanical Impact): process parameters, quality control, fatigue life improvemen

 COLD WORKING
Split Sleeve vs Split Mandrel: cold working technical comparison

Objective comparison Split Sleeve vs Split Mandrel: precision, productivity, surface quality, operational cost. Use case recommend

 COLD WORKING
BACC 5060: complete guide to cold expansion (cold working)

BACC 5060 guide: cold expansion of fastener holes. Principle, split sleeve/mandrel equipment, deformation control, 3× to 10× fatig

 SHOT PEENING
200% Peening Coverage: why to require it, how to measure it

200% Peening coverage is becoming the OEM standard. Understanding its theoretical justification, measurement methods (visual, Peen

 SHOT PEENING
AMS 2430 explained: compliance, process control and NADCAP audit

Complete breakdown of AMS 2430 (automatic shot peening): requirements, controls, pitfalls, required documentation and NADCAP audit

 SHOT PEENING
Almen Intensity: the complete guide to master shot peening

Complete understanding of Almen intensity: N/A/C strips, arc height, saturation, AMS 2430 compliance, process control and operatio
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