Vladimir Valentekovich teaches about pyrotechnic and other forms of shock testing, measurement, analysis and calibration and consults in these fields. He s a graduate of UCLA with his Bachelor and Masters of Science in Mechanical Engineering. He worked as a Senior Test Engineer in Structural Dynamics, specializing in pyrotechnic shock, at Wyle Laboratories, El Segundo.
Vladimir was responsible for quantifying and publishing the high velocity, short duration stress wave resultant in near-field pyroshock, as referenced in the IES Recommended Practice 012.1 Handbook for Dynamic Data Acquisition and Analysis, Appendix A, Pyroshock and the 5th ed. Harris and Piersol Shock and Vibration Handbook, Chapter 26 Part II. Vladimir received the SAVIAC 64th Symposium Henry Pusey Award for this work in 1994.
Wyle Laboratories then was the first independent contractor to do pyroshock qualification testing using the Tomahawk Cruise Missile U/RGM-109D flight structure: from instrumentation, specifying the data acquisition system, placing the charge, to acquiring and analyzing the resultant data. Valentekovich developed many pyrotechnic shock test methods still used at Wyle. He continues to develop alternate pyro shock methods and test equipment including mechanical impact and ballistic shock simulations.
Vladimir currently consults for aerospace and defense firms who seek to design, perform and complete meaningful dynamics test programs.
Lee G. Smith is a Senior Dynamics Engineer specialized in vibration testing, modal testing, shock testing and data analysis.
1) Consultant (Boeing Huntington Beach Dynamic Laboratory) Aviant Company 1996 – 2001
Conducted all modal testing done at this facility including Delta II second stage, Globalstar satellite, and International Space Station S0 Truss Segment.
Developed all data analysis programs currently in use including integrated pyrotechnic shock analysis system. Published paper on the system.
Consulted at Dassault Laboratory in France to verify French shock analysis practices.
Consulted at NTS Laboratory in Valencia, California to develop techniques for strain gage data.
2) Principal Engineer/Scientist McDonnell Douglas (became Boeing) 1989 – 1996
Developed requirements for Segment Microgravity and Equipment Vibroacoustic criteria.
Directed acoustic tests of major Space Station components in Space Station Engineering.
Developed and presented a paper on techniques for Statistical Energy Analysis of aerospace truss structures.
3) Senior Staff Engineer Hughes Aircraft Ground Systems – Antenna Design Engineering and Dynamics Laboratory 1978 – 1989
Conducted finite element analysis of large radar antennae.
Incorporated digital vibration control system in dynamic laboratory systems.
Beta tested I-deas data analysis system and incorporated it into laboratory operation.
Developed methodology for base-forced modal testing and programs for data analysis and utilization.
Presented a paper about base-forced test and analysis techniques.
4) Staff Engineer Hughes Aircraft Space Systems Division 1973 – 1978
Conducted development and production vibration tests of communication satellite systems including Intlesat series and Pioneer-Venus.
Designed and implemented a dual-head 10000 lb. Exciter system for subsystem testing.
Conducted first industry Fast Fourier Transform based modal test.
5) Engineer McDonnell Douglas Aircraft Missiles and Space Division 1968 – 1973
Conducted System acoustic and vibration test of Skylab satellite at NASA Houston vibroacoustic laboratory.
Evaluated digital vibration control and analysis systems.
6) Engineer McDonnell Douglas Aircraft – Aircraft Division 1967-1968
Designed implementations of carbon composite design of aircraft tail structures.
7) Engineer Douglas Aircraft Missiles and Space Division (became McDonnell Douglas) 1961 – 1967
Developed digital random vibration analysis system.
Conducted Saturn vibration tests including High Force Test of the Saturn IV-B stage at Thiokol Utah facility.
Designed large vibration fixtures for the Saturn program.
Presented papers regarding both the high-force test and vibration fixture design.
8) Engineer Douglas Aircraft El Segundo Naval Aircraft Facility 1952 – 1961
Structure Design for AD, A2D, A3D, F3D, F4D, and F5D aircraft wing, fuselage and avionics installations.
BS – Civil Engineering, University of California Berkeley, 1952
MS – Mechanical Engineering California State University Long Beach, 1970
Italian – fluent
French – functional
Dr. Dennis B. Nelson, instructor in “Advanced Concepts in Random Vibration and Shock Testing on Shakers” has over 33 years experience in the testing of engineering systems, principally in the areas of mechanical vibration and shock. He has been involved with laboratory and field-testing, as well as the design and development of weapons systems and components. He was instrumental in the pioneering development of digital computer control of random vibration testing and is a recognized authority in the area of waveform synthesis for shock testing on shakers.
Independent Consultant – 1990 to Present
Sandia National Laboratories -1966 to 1999
University Professorship – 1963 to 1966
Bsee, 1961 University of Nebraska;
Msee, 1963, University of Nebraska;
Ph.D. in Engineering, 1974 University of California, Davis
A. W. (Wes) Mayne III has worked in the area of high-intensity acoustic testing and test facility development for 25 years. Wes has worked on the development of many acoustic test facilities both inside the United States and in nine countries outside the U.S., covering India, Europe, the Pacific Rim, and South America. Most of the facilities have been large reverberant acoustic test chambers designed to test spacecraft. Wes has worked in all phases of acoustic facility development, including design, construction, and actual testing, and in capacities including overall management of turnkey projects. Wes has authored and co-authored papers on the subject of acoustic test facilities that have been well received. Wes is currently the Product Manager of Acoustic Test Systems at Data Physics Corporation in San Jose, CA.
Wes’s typical projects are acoustic applications associated with satellite and external rocket launch environments, aircraft flight environments, and high power outdoor sound propagation systems.
A 1990 graduate in Electronics and Communication Engineering from the University of Roorkee, India (now Indian Institute of Technology, Roorkee). Nearly all his working Industry experience from 1991 onwards has been in Vibration and Shock Testing (1990 – 1991 being Telecom Industry).
Jariwala specializes in digital shaker control and data acquisition. He led a shaker system manufacturer’s team developing digital shaker controllers to meet various clients’ requirements. Occasionally he assisted at the installation and commissioning of electrodynamic shaker systems. He has taught fundamentals of Vibration and applications of vibration testing in several workshops held at a national level in India. He has been main faculty in Seminars organized by the Confederation of Indian Industry (CII) in the area of Vibration and Shock Testing and also spoke at these events:
Vibration and Shock Testing Seminar , 24 & 25 August 2001 @ Thapar Institute of Engineering and Technology, Patiala
Need of Vibration and Shock Testing in Indian Industry, 7 June 2002, CII- New Delhi
Vibration Analysis for Machinery Health Monitoring, 30 Aug 2002, CII- Chandigarh
Seminar on Harmonics, Harmonics 2002, 19 & 20 December 2002, CII – New Delhi
Reliability Aspects in Automobiles, 6 June 2003, CII – Ludhiana
Multi Shaker Control for Reliability Tests of large structures at International Conference on Reliability, Safety & Hazard ; Dec 1-3 ,2005, Mumbai
‘Attaching Test Articles to Shakers, MIMO Control and Seismic Simulation’ guest lecture at LRDE (Defense R&D Lab) – Bangalore ; August 2006
Presentation on MIMO Control (JAGUAR for Multiple Shaker Control ) at the 4th International Exhibition of Aerospace Testing at Moscow in September 2007
‘Multi Shaker (MIMO) Testing’ guest lecture at LRDE (Defense R&D Lab) – Bangalore on Nov 7, 2008
Jariwala also taught Vibrations in Seminars at International Forums for the Equipment Reliability Institute, Santa Barbara (President Wayne Tustin):
at General Electric (Medical Division) , Bangalore
to personnel from Singapore Defense and Corporate in June 2004
to personnel Australian Defense and Aerospace in November 2005
He has spoken on these topics at Hero Honda-Dharuhera, Amphenol Connectors-Pune, CMTI-Bangalore, ICOMM-Hyderabad, Auto Clusters-Pune, Goodrich Aerospace, L&T, Appolo Computing, Jai Sales, Data Patterns, CECRI, CGCRI etc.
Jariwala has participated in Vibration Test Control training at Spectral Dynamics, Inc. – USA at Minden, Nevada as well as at San Diego and San Jose, California and MIMO Club (Multiple Shaker Control) at Beijing (October 2007) conducted by MIMO experts of Spectral Dynamics. He has interacted with a number of vibration test equipment manufacturing firms in the USA and Europe. He has been on several technical visits to Israel, UK, Germany, Belgium, China, Russia and S. Korea.
Jariwala is a graduate ‘Vibration and Shock Technologist’ from Equipment Reliability Institute, Santa Barbara, California, having studied with Wayne Tustin. In addition to his other work, Jariwala is the editor of Mr. Wayne’s Tustin’s latest book “A minimal mathematics Introduction to the Fundamentals of Random Vibration & Shock Testing, HALT, ESS & HASS also Measurements, Analysis and Calibration” ISBN: 0-9741466-0-9.
Jariwala is now ‘Regional Manager – SE Asia’ for Spectral Dynamics, Inc. – USA and is located at Roorkee in Northern India. He coordinates sales (of Spectral Dynamics Shakers-Controllers-DAS-Modal Test Systems-PIND Testers etc.) and Installation and also imparts training in India and China. On behalf of Spectral Dynamics, he provides customer support to Russia, China, South Africa, South Korea and Israel.
In February 2011, Jariwala co-taught (with Wayne Tustin) 3 days at Santa Barbara, California.
He also offers consulting in the field of vibration testing and training courses to newcomers to this field.
Kevin Howard is a talented instructor of short courses in the field of packaging engineering. He is one of fewer than 500 people in the world with both BS and MS degrees in packaging (both from Michigan State University). Kevin specialized in distribution packaging and testing in school and has applied this knowledge over the past 25 years to generate some of the largest cost savings in packaging history. Over his 17 years of work at Hewlett-Packard, Kevin forged several new concepts on how best to combine his interests in
packaging, product design, supply chain logistics procurement, customer assurance and testing into a unified, teachable approach to (1.) gaining the lowest possible landed costs with (2.) the highest quality necessary. Introduced at several conferences as a particularly innovative thinker, Kevin prides himself on his ability to communicate with newcomers to packaging concerning the depth and breadth of packaging knowledge, supply chain logistics, material handling methodologies and dynamics testing.
Testing expertise: Kevin focused on testing theory and methods during graduate school, where he was the teaching assistant for two years in the class on shock and vibration testing. He spent one summer interning for MTS Systems, which at that time was the largest manufacturer of servohydraulic shaking equipment. His first job out of school was with Whirlpool Corporation, where he helped start their first shock and vibration lab. He then became a consultant. His assignments included teaching at the first school of packaging in China, focused on distribution packaging and testing. While at HP, Kevin was instrumental in helping re-write both corporate and divisional test manuals. Modifying HP’s testing led to lower failures in the field and lower packaging costs overall…an unusual combination
Ben M.L. Haest has over 25 years of experience in the field of test and measurement automation and vibration testing. His consulting firm focuses on training users of vibration test equipment, solving installation problems on site, developing and implementing vibration testing systems in combination with a functional test and/or a climatic chamber, project management and consulting for the purchase and the implementation of vibration test equipment.
Mr. Haest has a wide technical and commercial experience in different fields of engineering. He gained his know-how and experience in the field of vibration testing since 1990 from LMS International and Data Physics Corp. For LMS Int’l he used to give several presentations and seminars on modal testing and analysis, and vibration testing. In 1996 he started up Data Physics Corp. in Germany, taking the responsibility for sales and support. His experience includes installations with electro-dynamic and hydraulic shakers.
In 2002 he started his consulting firm QED (Quality Electronics Design). Since then he supported several companies to improve their test set-up, he designed a new concept for functional shock testing and he developed a training course for the users of vibration test equipment: technicians, engineers and lab managers.
A special field of interest is the reliability testing of electrical contacts for the automotive industry (e.g. USCAR norm and advanced testing specifications).
Boris is a registered Professional Engineer in Ontario, Canada and president of Advanced Test & Management Solutions.
Boris has over 25 years of experience in various test fields. Prior to starting his consulting firm in 2008, Boris supervised testing activities at Siemens VDO Automotive in London, Ontario. In the past, he also managed qualification programs and import/export tests of non-destructive testing (NDT) equipment in the former USSR.
Areas of expertise:
Test equipment (shakers, environmental chambers, etc) selection, operation and calibration training
Test plan development, management and validation
Defining product specifications and system requirements
Reducing test time using Quantitative Accelerated Life Tests (QALT) methods
Establishing product-stress correlations
Estimating product reliability
Test instrumentation and data acquisition
Rick is a result oriented professional engineer with extensive experience as a technical manager, system architect, and an individual contributor. Turnkey real-time systems and process automation are specialties, including both hardware and software.
Particular strengths include:
R&D for new process development
Automatic test and process equipment design and fabrication
Cryogenic system design & control
Forensic engineering and failure cause analysis
Fail-safe control system design
Ground loop detection and symptom prevention
Quality systems and processes
Complete system architecture
Project and resource management
Personnel technical training & complex technical presentations for management
Software experience in C, C++, VB, 8031 assembler, LabVIEW, and Pascal
Digital hardware, RF transmission network, and some analog design
1) Motorola, Inc. – Ft. Worth, Texas 1993 – 2003
Cellular Infrastructure Group (1996 – 2003)
Quality Assurance Engineering Manager
Performed full range of responsibilities for validating CDMA base station design verification and reliability.
Designed, constructed, staffed, and ran the Accelerated Life Test (ALT) lab, the Manufacturing Screening lab, and the Failure Analysis lab.
Designed the liquid Nitrogen environmental chambers used in Ft. Worth.
Assisted in the facility design and installation of liquid Nitrogen environmental chambers in Sao Paulo, Brazil, and Swindon, UK.
Developed a new ALT process that cut test time from 36-48 days to 4 days total while simultaneously increasing potential design problem detection by 87%. This reduced testing time by a factor of 12, decreased ALT test cost by 75%, and reduced potential field returns resulting from undetected design issues by millions of dollars per year.
Developed a new Manufacturing Screening process that does not require an ALT to define the limits. This screening process was responsible for dropping the hardware return rate of one product from 62% to less than 1%.
Designed, wrote 90% of the code, and helped build the ALT lab automatic systems. This allowed the lab for the first time to run all 6 chambers unattended, 24 hours per day, 7 days per week, with only a day shift. The system was fail-safe.
Conducted internal technical seminars and ALT technique training for engineers and technicians, in Ft. Worth, TX, Arlington Heights, IL, Sao Paulo, Brazil, and Swindon, UK.
Presented technical papers yearly at the IEEE – AST annual meetings.
Advanced Messaging Group (1993 – 1996)
Principal Staff Engineer
Designed, troubleshot, and trained Chinese techs on network systems, hard drive RAID arrays, voice mail systems, and embedded computer systems for paging terminals.
Designed an intelligent 8-drive SCSI RAID-1 hard drive array for voice mail systems that was used throughout China and has never had a field failure.
Wrote the BIOS code in 80486 assembler and ANSI-C and was project manager for the outside hardware design of the embedded 80486 computer of the DCF terminal.
Fully automated the manufacturing testing of the DCF product such that, although there was an internal 40% to 60% failure rate, there were no field or customer failures.
Broad network design experience for Ethernet, Arcnet, and ISDN. Designed paging network systems for TTM, NTT, WMG, and DCF
Periodically went to Japan and China to troubleshoot and fix complex “insoluble” system problems, and to train local technicians on installation and trouble shooting techniques.
2) Self-Employed, Consultant – Dallas, TX 1979 – 1992
Provided engineering services, program management, software, and turnkey custom systems to the oilfield industry, food industry, machine tools industry, recycling and scrap yard industries, and semiconductor fabrication industry.
Registered Professional Engineer, State of Texas #46696
Numerous patents producing about $40+ million in gross sales per year Education
Bachelor of Science Electrical Engineering
Georgia Institute of Technology – Atlanta, GA
Graduate work (PhD program) – Nuclear Engineering
Georgia Institute of Technology – Atlanta, GA
Materials and Metal Joining courses
Massachusetts Institute of Technology – Boston, MA
Several Business Law courses
Richland College – Dallas, TX
Various MU quality, technical, and software courses
Motorola University – Ft. Worth, TX
Mr. Shust is a PE, M.S.M.E. Mechanical Engineer and also President of Objective Engineers, Inc – responsible to provide competitive solutions in the engineering marketplace. Technically skilled in topics of mechanical design and integrity, including component design, endurance tests, noise and vibration problem solving, modal analysis, litigation support and finite element modeling. He is an author of more than 40 technical reports, papers, and magazine articles. Please check Bill’s most recent article at Sound & Vibration, Jan/02 issue: “Dynamic Data in the Time, Frequency and Amplitude Domains – As Viewed by the Mathematically Challenged”.
Mr. Shust has worked for AAR (Association of American Railroads) as the Principal Engineer of the Transportation Technology Center in Colorado (1995-1999) and also as a Supervisor/Senior Test Engineer at the Instrumentation Section, at AAR’s Chicago Technical Center (1993-1995). His professional experience also includes 7 years as an Engineering Analyst for the company Navistar International Truck and Engine Corporation (Engineering and design group for heavy truck manufacturer) and 1 year as a Test Engineer for the company AEA O’ Donnell (Engineering services in mechanical design, analysis and testing).
Harry L. Schwab has over thirty years of experience in engineering and consults in the fields of structural vibration and analysis. His experience includes many phases of structural analysis, test and specification development, testing, design, and management. His education includes a Bachelor’s Degree in Aerospace Engineering from the Georgia Institute of Technology, a Master’s Degree in Engineering Mechanics from the University of Missouri at Rolla, and an MBA. He is a registered Professional Engineer in Florida and Missouri and has written several technical papers in the fields of vibration testing and analysis as well as having developed and taught courses on structural analysis for engineers. Mr. Schwab has engineering experience in the aerospace, automotive, and commercial industries. The projects he has worked on include aircraft, guided missiles, tracked vehicles, trucks, cars, and heavy equipment. His expertise includes the development of a method for creating random vibration laboratory test environments from non-stationary data. The procedure results in the application of several different spectra per axis with an overall test time greatly reduced from the “real world” environment, while accurately duplicating and not exceeding the “real world” environment. Harry Schwab has also developed many environmental requirements: specifications for hardware supplied by vendors; Environmental Stress Screening; and laboratory vibration environments for meeting customers’ requirements. He has conducted lifetime durability and modal analysis tests on electronics, Electro-optics, automotive components, and guided missiles. His experience and capabilities assist him in developing creative, low cost, solutions to engineering problems.
Currently President of TetraTek Products, Inc. for the last ten years. Previously Director of Engineering at Ransco Industries, Chief Engineer of Bemco, Inc., Senior Project Engineer at Conrad/Missimer Division of Gulf and Western and Project Engineer at Missimers,Inc.
TetraTek specializes in the engineering, design, and manufacture of environmental test chambers, processing equipment, system test facilities, tooling, test fixtures, electronic burn-in and reliability systems, servo and stepper motor driven machines, pneumatic and hydraulic motion packages, process control consoles, PC and PLC based systems and software, high vacuum vessels and equipment, intricate machined mechanisms, walk-in rooms and insulated structures, mechanical and cryogenic refrigeration, product handling and positioning equipment, heat exchangers and pressure vessels, fluid, air and gas circulating systems, data communications and networks, human machine interfaces (HMI) and software, mainframe database format and translation.
Gene Bliley is president of Bliley Consulting LLC. His engineering firm provides ESD consulting, on-site audits, and ESD training. Training classes are designed to give students a through understanding of electrostatic discharge and how the various control measures can mitigate damage to sensitive products. Please follow link to view course outline. As the ESD program manager at the Lucent Technologies wireless manufacturing facility in Columbus, Ohio, he held many responsible positions on the Lucent Technologies Bell Laboratories ESD Leadership team. Gene is an active member of the Electrostatic Discharge Association and has completed the ESD Association course for Electrostatic Discharge Program Development and Assessment based on ANSI/ESD S20.20-1999. Mr. Bliley is a frequent contributing editor to Evaluation Engineering Magazine. His articles: Solving the Wristband Snap Release Problem and Testing Cloth Wristband Cuff Integrity have provided corporations with valuable insight into issues often overlooked and worse, not even realized, concerning two widespread industry problems that can impact product quality.
Mr. Paul E. Feuerstein entered the engineering field with a BSCE from Indiana Institute of Technology, Fort Wayne, Indiana, 1958. His vibration experience began in 1963, in the stone crushing aggregate equipment world of support structures, for crushers, screens, etc. His interest in vibrations drove him to begin independent vibration studies. He earned his Professional Engineer License, Wisconsin, in 1965. The Milwaukee School of Engineering (MSOE) presented him with a faculty appointment in 1973. There he taught structural engineering and materials courses plus dynamics etc. for 27 years. He began structural consulting in 1976. While pursuing his teaching appointment, he continued studying Soil and Foundation Dynamics and Structural Dynamics. These efforts resulted in a Master of Engineering (ME) degree from the University Wisconsin-Milwaukee in 1982.
Paul founded Feuerstein Engineering in 1985 while he was consulting within the aggregate industry. He relishes consulting assignments in design and loves to investigate unique, bizarre static and dynamic structural systems.
Paul received the 1988 Outstanding Professional Engineer in Education Award from the Wisconsin Society of Professional Engineers.
Having earned Professor Emeritus recognition from the Milwaukee School of Engineering in 2000, Paul has written and presented numerous articles on dynamically loaded structural support systems. He has integrated his knowledge of vibrations, structural dynamics, foundation and soil dynamics plus experience into a holistic analysis with the goal of enriching the structural design of support structures for vibrating systems thus “attenuating vibrations.”
40 years test experience: test equipment development, test engineer, test engineering manager, HALT/HASS engineer.
For the last 18 years doing extensive HALT/HASS testing to improve the product reliability on products from both in-house and external customers of two different companies. Performed over 400 individual HALT tests on over 70 different types of equipment including: power supplies, card sets, individual cards, cameras, motors, displays, robotics, control consoles, disc drive electronics, tape drives, tape storage libraries, telecommunications, military/commercial avionic systems, industrial components, printers and medical equipment.
Designed and developed pneumatic vibration systems for three different companies.
Extensive experience in designing and developing test fixturing for pneumatic vibration Tables.
Presented HALT/HASS tutorials and seminars at the last 8 IEEE Accelerated Stress Test conferences.
Implemented manufacturing HASS processes on eight different product lines and provided HALT and HASS training to four in-house facilities and two suppliers.
Has two patents and one pending on pneumatic vibration system components.
Has given HALT/HASS seminars and training to internal company departments, customers and test labs.
Steve Brenner has been working in the field of environmental simulation and reliability testing for over 30 years. Commencing about 14 years ago, he became an independent consultant, and is one of ERI’s most sought-after teachers of short courses. His “hot subject” right now is MIL-STD-810G. Beginning in the late sixties with reliability and design verification testing on the Lunar Module, the Space Shuttle in the eighties, to semiconductor manufacturing equipment in the nineties, Mr. Brenner has always been involved with the latest techniques for verifying equipment integrity through testing. Mr. Brenner began his career as an Environmental test engineer with Grumman Aerospace Corporation in New York, worked as design verification and reliability engineer for the Air Force, an Environmental Test Engineer for Lockheed Missiles and Space company, and spent 18 years with Kaiser Electronics in San Jose, where he managed the Environmental Test Lab and was involved with the design of hardware intended for severe environments. Mr. Brenner has been working as a consultant in the reliability testing field since 1996. His client base includes American and European companies with products: Telecommunications Automated test equipment Airborne displays Network equipment Medical equipment Semiconductor manufacturing equipment Automation Aircraft instrumentation Workstations Ruggedized commercial electronic products (COTS) Fiber Optics components and systems Theme Park Rides Mr. Brenner’s experience includes the entire range of climatic and dynamic testing, including HALT, HASS and long term reliability testing. He teaches several ERI courses each year, USA and abroad. In 2006 he and Wayne Tustin co-authored “Where to place the vibration test control accelerometer?”, which is available upon request.
Jim received his BS and Master’s Degrees in Mechanical Engineering from N.C. State University in 1973 and 1974, respectively. Jim has 35 years mechanical engineering experience including 32 years in Vibration Diagnostics; 28 years in setting up and implementing Conditioning Monitoring Programs, and 12 years experience in stress and fatigue analysis of machine and structural components. Jim is the President of Technical Associates of Charlotte, P.C.
Jim has published several articles in journals such as Sound and Vibration and P/PM Technology magazines. He has given presentations to several engineering societies including the Vibration Institute, American Society of Mechanical Engineers (ASME), Acoustical Society of America (ASA), Electric Power Research Institute (EPRI) and the Predictive Maintenance Technology National Conference (through P/PM Technology). Jim has performed vibration analysis on machines, frames and foundations using a wide variety of single and multichannel spectrum analyzers, programmable data collectors, tape recorders, etc.
Vibration Diagnostic Evaluations including multichannel Modal and ODS Analyses and other advanced vibration evaluation tools have been performed by Jim on a wide variety of machines and support structures including centrifugal air compressors, rotary screw compressors, machine tools, paper machines, boiler ID and FD fans, circulating fans, pumps, rolling mills, draw texturing machines, winders, extruders, steam turbines, vertical pumps, cooling towers, refrigeration chillers, vacuum pumps and various types of single stage and multistage gearboxes. Operating speeds on these machines have ranged from as low as 1.5 RPM up to as high as 150,000 RPM.
Jim has now authored 6 Seminar Texts entitled “Entry Level Vibration Analysis”, “Analysis I”, “Analysis II”, “Analysis III”, “Advanced Vibration Analysis” and “Applied Modal & ODS Analysis”. Each of these textbooks comply with requirements of the ISO 18436-2 document. All seminar texts emphasize use of vibration signature analysis, high frequency enveloping (HFE), stress wave analysis and related Condition Monitoring technologies. These seminars are offered by Technical Associates at various locations in the United States, Europe, Asia, Australia, South Africa, Canada, Mexico, South America and in Central America. These multilevel seminars are given throughout the year by Jim as well as other qualified Analytical Group personnel that now has 10 specialists within the group; with 7 serving as Instructors and Analysts.
Jim now has 21 years experience serving as an Instructor in Vibration Analysis. Jim is also noted for development of the renowned “Illustrated Vibration Diagnostics Chart” that has been acquired by Vibration and Condition Monitoring engineers and technicians in 64 countries to date.