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:

  • all types of compressors:
    turbo/centrifugal compressors, reciprocating compressors, screw compressors
    according to API 617, 618, 619

  • turbomachinery
  • pump drive systems according to API 610
  • generator drive systems
  • venti­lators (fans, blowers) drive systems according to API 673
  • 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
  • ship drivelines including engines or electric motors; com­plete drive systems optionally with auxiliary drives / P.T.O.), influence of the propeller dynamics
  • 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.
  • 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:

Torsional Vibrations in Drive Systems

Analysis and simulation of torsional vibrations in drive systems (drivelines, powertrains) of rotating machinery, vehicles, ships. Learn more …


Rotordynamics, Lateral + Flexural Vibrations

Analysis especially of lateral and flexural vibrations including a stability analysis of rotor bearing systems in rotating machinery supported by the software ARMD. Learn more …


Virtual Engineering, Development, Simulation

The virtual development process requires suitable R&D software tools, simulation environment, measurements, field tests, experiences. Learn more …


Technical Papers, Publications, Conferences

Publications by Dr. Andreas Laschet: technical papers in journals, conference papers, book contributions. Learn more …


International Engineering Seminars & Short Courses

International engineering seminars in close cooperation with RBTS, Inc. More information available: Detailed Seminar Program 2021 & Online Registration …

 

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.