Joachim Bös

发表

Online listening test to evaluate the gear mesh noise of inequidistant gearings

Joachim Bös, Tobias Melz, Philipp Neubauer, 2018 .

Studierende betreiben Lärmminderung in der Praxis: Advanced Design Projects an der TU Darmstadt

Christian Thyes, Johannes Tschesche, Joachim Bös, 2010 .

Application and analysis of structural acoustic optimization techniques in smart structure product development and systems engineering

Christian Thyes, Johannes Tschesche, Joachim Bös, 2010 .

Design and Application of a Low-Cost Microphone Array for Nearfield Acoustical Holography

Joachim Bös, Lothar Kurtze, 2004 .

Numerical structural acoustic optimization of a gearbox

Joachim Bös, 2004 .

Analysis of the energy exchange between coupled subsystems by means of the divergence in the vibratory energy field

Joachim Bös, Tobias Melz, Johannes Ebert, 2017 .

Loudspeaker array for the directional generation of acoustic warning signals of electric vehicles

Johannes Tschesche, Joachim Bös, Tobias Melz, 2014 .

Method and apparatus for the simulation of physical load parameters of a real structure to a joining region at least can be connected with the real structure Prüfkörperstruktur

Joachim Bös, Sven Herold, Thomas Bruder, 2005 .

MORPHING OPTIMIZATION OF CONSTRAINED LAYER DAMP- ING PATCHES IN VEHICLE STRUCTURES

Joachim Bös, Tobias Melz, Helmut Schneeweiss, 2015 .

NVH development of car structures by numerical simulation of energetic quantities

Joachim Bös, Tobias Melz, Johannes Ebert, 2014 .

Low-tone planetary gears - feasibility study for gear noise reduction

Joachim Bös, Philipp Neubauer, Tobias Melz, 2020 .

Feasibility study for the development of noise-reduced meat processing machinery – Machbarkeitsstudie zur Entwicklung lärmarmer Fleischverarbeitungsmaschinen

Joachim Bös, Andreas Friedmann, Martin Thomeier, 2008 .

Numerical structural optimization with respect to structure bourne sound ; paper ID 151

Joachim Bös, Rainer Nordmann, 2002 .

Response surface methodologies for coupling factor exploration: an application example for noise reduction by means of smart structures

Johannes Tschesche, Joachim Bös, Holger Hanselka, 2012 .

Simulation of smart wolf note eliminators

Christian Thyes, Johannes Tschesche, Joachim Bös, 2013 .

Evaluation of the noise reduction potential of an inequidistant gearing applied to an electric drive train

Joachim Bös, Tobias Melz, Philipp Neubauer, 2018 .

Smart interfaces and semi-active vibration absorber for noise reduction in vehicle structures

Joachim Bös, Sven Herold, Tobias Melz, 2008 .

Reduction of structure bourne sound by numerical optimization : abstract

Joachim Bös, Rainer Nordmann, Joachim Bös, 2002 .

Active measures to reduce the transmission of noise and vibrations in engine mounts – concepts and application examples

Joachim Bös, Tobias Melz, Michael Matthias, 2011 .

Efficient damping treatment for structure-borne noise reduction in vehicles

Joachim Bös, Tobias Melz, Helmut Schneeweiss, 2015 .

Active vibration control applied to a tram HVAC unit

Joachim Bös, Dirk Mayer, Michael Kauba, 2007 .

APPROACHES TO SENSITIVITY ANALYSIS FOR SYSTEM RELIABILITY STUDY OF SMART STRUCTURES FOR ACTIVE VIBRATION REDUCTION

Joachim Bös, Holger Hanselka, Ying Li, 2012 .

Basic concepts and technical terms of technical acoustics

Joachim Bös, 2010 .

Numerical structural optimization with respect to the reduction of structure bourne sound : abstract

Joachim Bös, Joachim Bös, 2002 .

Machine Acoustics at TU Darmstadt - History, present topics, and future developments

Joachim Bös, Holger Hanselka, Rainer Storm, 2013 .

Tracking down noise – Studies on noise development mechanisms and its levels in meat processing plants and machinery

Joachim Bös, Joachim Bös, 2009 .

Meta-modelling and sensitivity analysis of smart structures for active noise reduction

Johannes Tschesche, Joachim Bös, Holger Hanselka, 2011 .

Low-vibration gearbox – A comparison of two different numerical optimization strategies

Joachim Bös, 2004 .

Smart material wolf note eliminators

Johannes Tschesche, Joachim Bös, Holger Hanselka, 2014 .

Student design projects in applied acoustics.

Christian Thyes, Johannes Tschesche, Joachim Bös, 2012, The Journal of the Acoustical Society of America.

Experimental sensitivity analysis for robustness studies of a controlled system

Joachim Bös, Holger Hanselka, Ying Li, 2012 .

An active-system approach for eliminating the wolf note on a cello.

Johannes Tschesche, Joachim Bös, Holger Hanselka, 2018, The Journal of the Acoustical Society of America.

Numerical modeling of a smart structure with regard to sensitivity analysis of the system

Joachim Bös, Tobias Melz, Sushan Li, 2015 .

A software tool for the synthetic auralization of gearbox failures

Joachim Bös, Holger Hanselka, Karsten Moritz, 2013 .

Advanced materials and technologies for reducing noise, vibration and harshness (NVH) in automobiles

Joachim Bös, Tobias Melz, Thilo Bein, 2012 .

Active noise and vibration reduction: Classification scheme and application examples

Joachim Bös, Holger Hanselka, Michael Matthias, 2010 .

Recent solutions for noise & vibration control in vehicles

Joachim Bös, Thilo Bein, Dirk Mayer, 2012 .

Noise insulation applying active elements onto facades

Joachim Bös, Thilo Bein, Lothar Kurtze, 2005 .

Design proposals for low-vibration and/or lightweight structures

Joachim Bös, Rainer Nordmann, 2003 .

Integration of acoustics simulation into a development environment for adaptronics systems

Christian Thyes, Joachim Bös, Holger Hanselka, 2011 .

Numerical investigation of the sound power and of the structural intensity of a permanent magnet synchronous machine

Joachim Bös, Tobias Melz, Clarissa Schaal, 2015 .

Opportunities and limitations on vibro-acoustic design of vehicle structures by means of energy flow-based numerical simulation

Joachim Bös, Tobias Melz, Johannes Ebert, 2015 .

Sensitivity analysis using optimal experimental designs for system reliability study of active systems

Joachim Bös, Holger Hanselka, Ying Li, 2013 .

LOEWE-Zentrum AdRIA – A multidisciplinary research project on the advancement of active systems

Joachim Bös, Holger Hanselka, Thilo Bein, 2009 .

Introduction to noise control engineering

Joachim Bös, Joachim Bös, 2010 .

Evaluation of the gear noise reduction potential of geometrically uneven inequidistant gears

Joachim Bös, Philipp Neubauer, Tobias Melz, 2020 .

Sensitivity analysis-assisted robust Parameter Design of an Adaptive Vibration Neutralizer

Joachim Bös, Holger Hanselka, Ying Li, 2013 .

LOEWE-Zentrum AdRIA – An important step towards the commercialization of adaptive systems

Joachim Bös, Holger Hanselka, Thilo Bein, 2009 .

Inequidistant gearing used to reduce gear noise

Joachim Bös, Tobias Melz, Philipp Neubauer, 2016 .

Comparison of a deterministic and a genetic algorithm applied to structural acoustic optimization

Joachim Bös, 2004 .

LOEWE-Zentrum AdRIA: Latest results of an interdisciplinary research project on active vibration and noise control

Joachim Bös, Holger Hanselka, Thilo Bein, 2013 .

Vibrational Energy Flow in Carbon Composite Structures

Joachim Bös, Tobias Melz, Helmut Schneeweiss, 2014 .

A scaling method for vibrating structures using global sensitivity analysis

Joachim Bös, Tobias Melz, Christian Adams, 2016 .

Vibration-based energy harvesting with stacked piezoelectrets

Joachim Bös, Tobias Melz, Perceval Pondrom, 2014 .

Reduction of compressor vibrations by means of an active tuned vibration absorber

Joachim Bös, Michael Kauba, Dirk Mayer, 2008 .

Numerical optimization of the thickness distribution of three-dimensional structures with respect to their structural acoustic properties

Joachim Bös, Joachim Bös, 2006 .

LOEWE-Zentrum AdRIA: First results and future plans

Joachim Bös, Thilo Bein, Holger Hanselka, 2011 .

Design and application of a semi-active electromechanical vibration absorber

Joachim Bös, Dirk Mayer, 2006 .