Publikationen und Fachvorträge

2022

Mesa Miguel Ángel/Schaal Jochen: Molding a sounder, safer future for foundries, in: Corte & Conformação de Metais (2022)

Rosmolen,Michel/Schaal Jochen: Noise control in building design planning is a sound investment, in: Architect and Interiors India (2022)

2021

Mesa Miguel Ángel/Schaal Jochen: Using data to engineer safer spaces, post pandemic.

Mesa Miguel Ángel/Schaal Jochen: A structured approach to noise control, in: Corte e Conformação de Metais (2021).

Rosmolen,Michel/Schaal Jochen: A smarter approach to site safety, post pandemic, in: Industrial Health and Safety Review.

Rosmolen,Michel/Schaal Jochen: A sound approach to reducing drilling and exploration noise, in: Dew Journal (Drilling and Exploration World), (India), pp. 10-13.

Rosmolen,Michel/Schaal Jochen: Engineering processes that are environmentally sound, in: Chemical Industry Digest. 

Rosmolen,Michel/Schaal Jochen: Mapping out a greener and more tranquil future, in Terragreen (India). 

2020

Schaal Jochen/Rosmolen, Michel: Constructing environmentally sound infrastructure, in: Civil Engineering and Construction Review (India) (2020).

Schaal Jochen: Construction that protects people and places, in: Revista Construir (2020).

Mesa Miguel Ángel/Schaal Jochen: Will city life be quieter in a post COVID-19 world?, in: Planeo (2020).

Mesa Miguel Ángel/Schaal Jochen: Control de ruido (noise control), in: Vias Terrestres (2020).

2019

Bernds, Arne: Drilling down into noise reduction best practice, in: GeoDrilling International (2019), pp.16.

Schaal Jochen: No more nuisance noise, in: LNG Industry (2019), pp. 52.

Schaal Jochen: Understanding noise propagation, in: Railway Gazette International (2019).

Schaal Jochen:Time to process some sound advice, in: EngineerLive.com (2019).

2018

Schlich, Marco:  Qualität der Prognose nach TA Lärm im Anwendungsbereich typischer Lärmprognosen, in: Lärmbekämpfung. Zeitschrift für Akustik, Schallschutz und Schwingungstechnik (2018), 164-167.

2017

Judd, Thomas, E. et al.: Diffraction in room acoustic simulations with the Sound Particle Diffraction Method, Proceedings of Bauphysikertreffen, Hochschule für Technik Stuttgart, 2017 (deutsch in: Judd, T. E. et al.: Beugung in der Raumakustiksimulation mit dem Sound Particle Diffraction Verfahren, Proceedings of Bauphysikertreffen, Hochschule für Technik Stuttgart, 2017).

Schaal, Jochen/Judd, Thomas, E.: A 3D sound particle model with uncertainty-based diffraction for general geometries, in: Proceedings of ICSV24 2017, London 2017.

Schaal, Jochen/Judd, Thomas, E.: Dealing with Anomalous Diffraction Behaviour in Noise Standards Using Sound Particle Diffraction, in: Proceedings of DAGA 2017, Kiel 2017, 264-266.

2016

Judd, Thomas E. et al.: Uncertainty-Based Diffraction Using Sound Particle Methods in Noise Control Software Proceedings of Internoise 2016, Hamburg 2016, 1050-1058.

2015

Schaal, Jochen/Christner, M. et al: Consideration of complex loudspeaker setups, including phase effects in the frame of environmental noise predictions on the basis of the iso 9613-2 and the NORD2000. Reproduced Sound (2015).

Schaal, Jochen: Noise action planning in large agglomerations using hot spot analysis based on the VDI 3722-2. ISAV, Tehran 2015.

Schaal, Jochen/Veric, Svenja: AzB vs. Doc. 29 – or who can win the favor of the radar tracks? DAGA, Nuremberg 2015 (deutsch in: Schaal, J./Veric, S.: AzB vs. Doc 29 – Oder wer kann die Gunst der Radarspuren gewinnen? DAGA, Nürnberg 2015).

2014

Schaal Jochen: Aircraft noise calculation on the basis of radar tracks with ECAC Doc 29, 3rd edition, chances and problems, Forum Acusticum, Krakau 2014.

Schaal, Jochen/Veric, Svenja et al.: Differences in the Aircraft Noise Modeling based upon INM and ECAC Doc 29, 3rd Edition.: DAGA, Oldenburg 2014 (deutsch in: Schaal, J./Veric, S., et al.: Unterschiede bei der Fluglärmberechnung nach INM und nach ECAC Doc 29, 3rd Edition. Oldenburg 2014).

Veric, Svenja et al.: Vergleich von Fluglärm-Berechnungsverfahren, DAGA, Oldenburg 2014.

Schaal, Jochen et al.: Phasenkohärente Berechnung bei Schallimmissionsprognosen von komplexen Beschallungsanlagen im Rahmen der ISO 9613-2 und der Nord 2000, DAGA, Oldenburg 2014 (Schaal, J. et al.: Phase correct noise predictions for complex loudspeaker setups, in the frame of the ISO 9613-2 and the Nord 2000, DAGA, Oldenburg 2014.

Gillé, Michael: Quo vadis DIN 45687?
Lärmbekämpfung. Zeitschrift für Akustik, Schallschutz und Schwingungstechnik 4/2014, Editorial

2013

Schaal Jochen et al.: Consideration of complex loudspeaker setups, including phase effects in the frame of environmental noise predictions on the basis of the ISO 9613-2 and the Nord2000, INTER-NOISE, Innsbruck, Austria 2013.

Schlich, Marco: Geräuschemissionen von Großveranstaltungen, in: Zeitschrift für Lärmbekämpfung (2013).

How to do a summation and evaluation of all traffic noise sources (road, rail and aircraft) for an agglomeration (VDI 3722-2), DIN-Akademie (2013).

Schaal, Jochen et al.: Optimized and quality assured aircraft noise calculation on the basis of radar tracks.  INTER-NOISE, Innsbruck, Austria 2013.

Gillé, Michael: DIN 45687 Test City "QSDO" – a New Type of Standardized Test Case. INTER-NOISE, Innsbruck, Austria 2013.