Educational Resources & Technical Publications
DEICON shares the knowledge, expertise, and practical experience of its engineers and scientists with structural engineers, architects, developers, industry professionals, and researchers through technical white papers, conference papers, webinars, workshops, and educational seminars.
Our resources provide real-world insights into sound and vibration control, tuned mass dampers, structural dynamics, tuned acoustic absorption, and advanced control systems, helping industry professionals solve complex engineering challenges and make informed design decisions.
TECHNICAL WHITE PAPERS
DEICON’s white papers provide practical engineering insights into sound and vibration control, tuned mass dampers, structural dynamics, vibration mitigation, and advanced control systems. These papers are intended for engineers, designers, researchers, and industry professionals seeking proven solutions to complex vibration and noise challenges.
PAST SEMINARS/WORKSHOPS
- ‘Using Tuned Mass Dampers to Mitigate Floor Vibrations,’ Structural University Webinar.
- ‘Tuned Mass Dampers and Their Application to Buildings and Towers,’ Leo A Daly Engineering, Omaha, Nebraska and CKC Structural Engineers, Bellevue, WA.
- ‘Classical Feedback Controls and Experimental Modeling,’ Caterpillar Corp., Peoria, Illinois.
- ‘Classical and Fuzzy Logic Controls,’ Caterpillar Corp., Cary, North Carolina.
- ‘Classical Feedback Controls,’ Caterpillar Corp., Peoria, Illinois.
- ‘Experimental Modeling and Feedback Control with Emphasis on Servohydraulics,’ John Deere Corp., Dubuque, Iowa.
- ‘Vibration Damping; Passive and Active,’ in collaboration with the University of Dayton Research Institute; conducted at the University of Dayton, Dayton, Ohio.
- ‘Computer Control Engineering with Introduction to Fuzzy Logic,’, through the Society of Automotive Engineers (SAE).
- ‘Computer Control of Dynamic Systems,’ conducted at the Society of Automotive Engineers (SAE) Congress, Detroit, Michigan.
- ‘Designing Robust Multi-variable Control Systems, Using H-infinity and mu Techniques,’ conducted at Michigan Technological University, Houghton, Michigan.