Onsite Power’s Post

If you're into simulation, and you're in Eastern Europe, this is the one event you need to be part of this year. 300 word abstracts due by Saturday - GET TO IT! :-) #NRC24 #Simulation #Engineering

In OOSEM, systems are divided into manageable objects. This week's article delves into the significance of OOSEM in modern engineering practices. https://ow.ly/7H0M50Qu43O

📚 I am pleased to share that my latest article, titled "A Novel Approach for Temperature-Induced Ball Grid Array Collapse Observation", has been published! Read the full article here:

2D Reactions – One of Dr. Tom's Popular "What the MERM Doesn't Tell You" Videos Check it out: https://lnkd.in/ddbju_ne The MERM has some major gaps and problematic approaches to Statics. To address this shortcoming, I recorded this video in which I review 2D Reactions, covered in the chapter Determinate Statics in the MERM. I hope this video helps you understand this topic better. After you watch it, let me know how this video has helped you with your review for the PE Exam? In your college course? Passing a test? – Dr. Tom #DrTomsClassroom #MechanicalEngineer #MechanicalEngineering #ProfessionalEngineers #ProfessionalEngineer #Engineer #Engineering #PE #PassthePE #PEExam #PassYourExam #ExamPreparation #EngineeringExams #MechanicalPEExamPrep #MechanicalPEExamReview #EngineeringVideos #EngineeringProblems #SampleLesson #MechanicalEngineeringStudent #MechanicalEngineeringStudents #2DReactions #Statics

Excited to share our latest publication (my first) on the subject of in-situ assessment of wooden foundation piles using distributed fiber optic sensors (DFOS) 🪵 This paper written together with Giorgio Pagella belongs to our research at Delft University of Technology, where there is a large group working on material degradation of wooden foundation piles, more specifically on assessing the current condition and remaining load-carrying capacity of existing foundation piles under buildings, bridges and quay walls in the city of Amsterdam. The implementation of DFOS for in-situ measurements can helps us understand the soil-pile interaction in order to accurately predict the load being transferred to the pile tips.

TecQuipment's Free Vibrations of a Cantilever (TM166) experiment is part of our range that delves into free vibrations in simple 'one degree of freedom' systems. This experiment introduces students to fundamental scientific concepts such as simple harmonic motion, beam stiffness, Rayleigh's method, Dunkerley's method, second moment of area, and phase differences in displacement and its derivatives. Specifically designed to work seamlessly with VDAS® (MKII) software which aids students in visualising displacement waveforms, measuring frequency, and calculating derivatives. 🎓 Learning Outcomes: - Predicting oscillation frequency using Rayleigh's method and simplified assumptions. - Understanding the phase difference between displacement and its derivatives. - Investigating the relationship between horizontal cantilever length and frequency of oscillation. - Applying Dunkerley's method to predict the 'beam only' frequency. - Comparing vertical and horizontal cantilevers to understand variations. Study free vibrations and explore the principles of free vibrations in a cantilever system, predict frequencies using established methods, and enhance your understanding of structural dynamics with TecQuipment's Free Vibrations of a Cantilever (TM166): https://lnkd.in/ddh-XuhN #StructuralEngineering #MechanicalEngineering #TecQuipment #EngineeringEducation #VibrationsExperiment

MIRAE ENSYS, our exclusive distributor in South Korea, handles booth #3 at the Spring conference of KSNVE (Korean Society for Noise and Vibration Engineering). The latest 4-channel USB compact analyzer, O4, is displayed on the booth together with the software suite (general vibration, acoustics, structural dynamics, rotating). #noiseandvibration #vibrationanalysis #vibrationmeasurements #vibration #vibrationmonitoring #vibrations #vibrationtesting #vibrationdiagnostics

Result of the first Data Assessment Workshop of the BREF STM on 18 & 19 June 2024 VOM - Beyond treatment of surfaces is already in touch with national representatives. result of these workshop is that for some of the parameters, it became clear that additional information is needed before this can be worked on. Our national representatives (Departement Omgeving en BAT-Knowledge Centre (VITO) and also CETS - European Surface Engineering will take a closer look at this initially and provide additional information where we can. It is also clear that additional information is certainly considered very valuable. Therefore, a new call to sector federations to pass on contact details of - for us - Flemish companies that could possibly participate in the data collection, and to encourage these companies to submit a questionnaire. The first draft BBT STM is expected end 2024.

New addition to SPIE Press! 🚨📚 "Materials for Infrared Windows and Domes: Properties and Performance, Second Edition" by Daniel C. Harris. This text provides a comprehensive introduction to infrared-transparent materials that must withstand harsh environmental conditions, such as high-speed flight or high-temperature process monitoring. Each section contains an introductory explanation sufficient to be understood by a person trained in science or engineering. Order your copy here: https://lnkd.in/gXkmYb_x PS - #SPIEMembers save 15%!

Distance Relay Fundamentals | by GE Distance functions have been in use for many years and have progressed from the original #electromechanical types through #analogue types and now up to #digital types of #functions. The purpose of this #paper #document is to discuss #fundamental #features of the three types of functions and possible #problems that may be encountered in their #design and #application... Read more and download paper: https://flip.it/WZuZCS