Engineering SERVICES

Engineering Service: Vibration Analysis, Simulation, Consultancy / (c) Laschet Consulting

Overview of Engineering Services

Vibration Analysis, Simulation, Consultancy, Customer Training + Seminars

The ENGINEERING activities as supported by Laschet Consulting cover extensive CAE analyses (CAE = Computer Aided Engineering) to provide calculations and analyses in order to determine the dynamic behavior of drive systems in rotating machinery and vehicles. These CAE services are supported by suitable simulation software tools („Virtual Engineering“).

Our major CAE analyses are dedicated to the studies of torsional vibrations in drive systems or to the analysis of lateral + flexural vibrations. Such jobs can be done very quickly in smaller projects but also as part of comprehensive studies within R&D or virtual engineering projects – always according to customer requirements:

CAE model generation of complete drivelines (generating digital computer models supported by powerful software tools: ARLA-SIMUL, ITI-SIM, SimulationX, ARMD)
CAE analysis (simulation) including evaluations
working out alternative system configurations (driveline matching)
trouble shooting (in case of failures), root cause analysis (RCA), support of machine diagnosis, expert reports
summary of improvement activities, parameter studies, optimizations
interpretation, overall evaluation, and documentation of the results
including testing methods, and measurement results as part of the final evaluation
technical report in English (or German) language (also as a brief report)
further customer consulting (on site or via online meetings or video conferences supported by WebEx)
customized trainings, or general training courses, or our annual international engineering seminars

Application Areas

Mechanical + Plant Engineering, Automotive, Shipbuilding, Aviation + Aerospace

Based on considerable experiences for more than 40 years many jobs could be realized with great success as part of a virtual product development process. See the following reference examples taken from the drive technology:

reciprocating compressors, screw compressors
- PDF download: Vibration Analysis of Compressor Drivelines
turbomachinery
pump drive systems
generator drive systems
ventilators, fan drives
extrusion machines
crushing machines (e.g. cement mills)
rolling mill drives
drivelines (powertrains) of vehicles (cars, trucks, motorcycles, special-purpose vehicles) with clutches, transmission, special dynamic analysis of E-drives, NVH studies concerning noise-vibration-harshness caused by powertrains
- PDF download: Vibration Analysis of Automotive Drivelines
ship drivelines including engines or electric motors; complete drive systems optionally with auxiliary drives / P.T.O.), influence of the propeller dynamics
- PDF download: Vibration Analysis of Ship Drivelines
agricultural machines including attached units
rail vehicles
drive systems in the aviation and aerospace industry, test stands for helicopter transmissions
any other industrial drivelines with motors, engines, couplings, clutches, transmissions, gear stages, universal shafts, etc.
- PDF download: Vibration Analysis of Industrial Drivelines
configuration of drive elements within test rigs / test stands / testing machines and correlation with test signals, driveline matching: test rig vs. driveline as built-in

A list of customer references is available on request.

Engineering Service as a Teamwork

In many CAE projects a professional teamwork of specialists is crucial. That is why Laschet Consulting cooperates with external engineering & measurement partners; go to our special site “Cooperation Partner” for more details.

Further Information on Special Sites

Please visit our special sites for more detailed information:

Further Information as Downloads

Further information are also summed up in the following documents (PDF):

Important Note: We are going to update our site with the presentation of further APPLICATIONS + PRACTICAL CASES. You will see the additional information on a special site in short.