LambdaTechs's profile picture. Process optimization, engineered compression and residual stress solutions to extend component life and improve performance.

Lambda Technologies

@LambdaTechs

Process optimization, engineered compression and residual stress solutions to extend component life and improve performance.

High cycle fatigue is a common failure mode in metal components—but it doesn't have to be. Learn what causes it, how to identify it, and how engineered surface solutions like LPB® can stop it before it starts. More here: bit.ly/3xbyMxe

LambdaTechs's tweet image. High cycle fatigue is a common failure mode in metal components—but it doesn't have to be.

Learn what causes it, how to identify it, and how engineered surface solutions like LPB® can stop it before it starts.

More here: bit.ly/3xbyMxe

This case study explores the role of LPB® in mitigating stress corrosion cracking and preserving integrity in dry storage systems for nuclear waste containment. Still relevant. Still reliable. Read the full story: bit.ly/3LEynbr #engineering #nuclear


Tension is nearly always present in the heat affected zone of welds. Read how optimized burnishing relieves it in this interview with our VP of Operations. bit.ly/3szLELM #corrosion #corrosionprevention #welding


When it comes to mechanical surface treatments, more isn’t always better. Optimization ensures performance without unnecessary cost or processing time. Discover how:bit.ly/3xA3zDi #ShotPeening #Engineering #MaterialsScience

LambdaTechs's tweet image. When it comes to mechanical surface treatments, more isn’t always better. Optimization ensures performance without unnecessary cost or processing time. Discover how:bit.ly/3xA3zDi

#ShotPeening #Engineering #MaterialsScience

Corrosion pits from salt spray are common sites of fatigue crack initiation in aluminum aircraft components. Learn how surface enhancement prevents crack growth. bit.ly/3Ulwtme #corrosion #mechanicalengineering #aerospaceengineering


Foreign object damage can be easily mitigated with engineered compression. bit.ly/3MS5mZT #FOD #engineering #aerospace

LambdaTechs's tweet image. Foreign object damage can be easily mitigated with engineered compression. 

bit.ly/3MS5mZT

#FOD #engineering #aerospace
LambdaTechs's tweet image. Foreign object damage can be easily mitigated with engineered compression. 

bit.ly/3MS5mZT

#FOD #engineering #aerospace

This is a great example of engineered residual compression mitigating stress corrosion cracking and corrosion fatigue in sensitized 5083 aluminum. bit.ly/40bFfau #engineering #corrosion #aluminum


This video case study shows how the use of engineered compressive residual stress mitigated erosion-induced fatigue in 7FA gas turbine R0 blades. youtube.com/watch?v=KMtGHE… #turbomachinery #power

LambdaTechs's tweet card. 7FA R0 Blades: A Case Study of Preventing Erosion Fatigue Failures

youtube.com

YouTube

7FA R0 Blades: A Case Study of Preventing Erosion Fatigue Failures


The closure welds of nuclear waste containers can be vulnerable to stress corrosion cracking. In this case study, we completely eliminated SCC in a nuclear closure weld with 12mm of engineered compression. lambdatechs.com/wp-content/upl… #corrosionresistance #engineering #nuclear


Choosing the proper surface treatment for your critical components extends component life. A systematic approach in assessing your component for the following criteria should be taken before selecting a surface treatment method. #mechanicalengineering #engineeringdesign

LambdaTechs's tweet image. Choosing the proper surface treatment for your critical components extends component life. A systematic approach in assessing your component for the following criteria should be taken before selecting a surface treatment method.

#mechanicalengineering #engineeringdesign

Beneficial residual compression can be engineered during the initial design phase or on existing parts. Mitigate damage mechanisms like fatigue, stress corrosion, fretting, foreign object damage, and stress concentrations. lambdatechs.com/wp-content/upl… #engineering #aerospace

LambdaTechs's tweet image. Beneficial residual compression can be engineered during the initial design phase or on existing parts. Mitigate damage mechanisms like fatigue, stress corrosion, fretting, foreign object damage, and stress concentrations. 

lambdatechs.com/wp-content/upl…

#engineering #aerospace

Minimizing Distortion in Machining: An Important Case Study bit.ly/4efrrzH #machining #engineering

LambdaTechs's tweet image. Minimizing Distortion in Machining: An Important Case Study

bit.ly/4efrrzH

#machining #engineering

CFM56 blade dovetails are vulnerable to cracking from fretting fatigue. LPB stops cracks from propagating beyond the layer of compression. bit.ly/3sBTCE9 #aerospaceengineering #casestudy #cfm56

LambdaTechs's tweet image. CFM56 blade dovetails are vulnerable to cracking from fretting fatigue. LPB stops cracks from propagating beyond the layer of compression. 

bit.ly/3sBTCE9

#aerospaceengineering #casestudy #cfm56

Lambda Research conducted a study to characterize the effects of compressive residual stress on the fatigue performance of steel threads. The results clearly show improved threaded-fastener performance. bit.ly/3tRjDzo #engineering #engineeringdesign #casestudy


Steam turbines provide 80% of the world's electricity, so their parts need to least. This research paper investigates extending fatigue life and reducing costs in critical steel, Alloy 450, and 17-4PH components. bit.ly/3yGIn2G #power #research #engineering


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