Patrik Höstmad
Associate Professor at
Applied Acoustics
Patrik Höstmad is Associate Professor in Applied Acoustics and Dean of Education in Architecture and Civil Engineering (ASAM). The research includes various aspects of sound and vibration, e.g. vehicle acoustics, environmental noise and urban planning, ground vibrations, mid- and high frequency methods and contact modelling for tyre and road. Höstmad directs the activities in the Educational Area of Architecture and Civil Engineering. Höstmad was formerly the Head of Program in Civil Engineering and worked with the development of a new program in Civil Enginering that started in year 2015.
Source: chalmers.se
Showing 58 publications
2020
Human Response to Vibrations and Its Contribution to the Overall Ride Comfort in Automotive Vehicles - A Literature Review
Xiaojuan Wang, Anna-Lisa Osvalder, Patrik Höstmad et al
SAE Technical Papers
Paper in proceedings
2020
Perceptual validation of auralized heavy-duty vehicles
Penny Bergman, Astrid Pieringer, Jens Forssén et al
Euronoise 2015, p. 769-774
Paper in proceedings
2020
An aeroacoustic study of the flow surrounding the front of a simplified ICE3 high-speed train model
Guglielmo Minelli, Huadong Yao, Niklas Andersson et al
Applied Acoustics. Vol. 160
Journal article
2018
Att leda andra ledare framgångsrikt i en förändringsprocess trots motstånd – en reflektion över det pedagogiska ledarskapets roll i programutvecklingsprojektet omstart samhällsbyggnad
Caroline Ingelhammar, Mia Bondelind, Patrik Höstmad
Paper in proceedings
2017
Contact stiffness considerations when simulating tyre/road noise
Julia Winroth, Wolfgang Kropp, Carsten Hoever et al
Journal of Sound and Vibration. Vol. 409, p. 274-286
Journal article
2016
Off-peak low noise heavy-duty vehicles, façade insulation and indoor noise disturbance
Patrik Höstmad, Jens Forssén, Penny Bergman et al
Proceedings of the INTER-NOISE 2016 - 45th International Congress and Exposition on Noise Control Engineering: Towards a Quieter Future, p. 5258-5266
Paper in proceedings
2015
Att avveckla befintliga- och utveckla nya utbildningsprogram utan en kris
Caroline Ingelhammar, Patrik Höstmad, Kaj Suneson
5:e Utvecklingskonferensen för Sveriges ingenjörsutbildningar, Uppsala universitet, 18 – 19 november 2015
Paper in proceedings
2015
Perceptual validation of auralized heavy-duty vehicle
Penny Bergman, Astrid Pieringer, Jens Forssén et al
Proceedings of Euronoise 2015, Maastricht, June 1-3, 2015, p. 769-774
Paper in proceedings
2015
Ämnesstråks-, lärsekvens- och profilansvariga som stöd i programutveckling
Patrik Höstmad, Caroline Ingelhammar, Kaj Suneson
5:e Utvecklingskonferensen för Sveriges ingenjörsutbildningar, Uppsala universitet, 18 – 19 november 2015
Paper in proceedings
2015
Vibrationsdämpande markfilter för reduktion av markvibrationer vid sprängning i bergtäkter
Pontus Thorsson, Monica Soldinger Almefelt, Patrik Höstmad
Report
2015
Voglers filter - Försök att dämpa vibrationer vid sprängning
Pontus Thorsson, Patrik Höstmad
SBMI Branschdagar (Sveriges Bergmaterialindustri), Umeå, 22 oktober, 2015
Conference contribution
2014
Importance of tread inertia and damping on the tyre/road contact stiffness
Julia Winroth, Patrik Andersson, Wolfgang Kropp
Journal of Sound and Vibration. Vol. 333 (21), p. 5378-5385
Journal article
2013
On boundary conditions of absorbers for the intensity potential approach
Patrik Andersson
AIA-DAGA 2013 Conference on Acoustics, Meran, Italy, March 18-21, 2013
Paper in proceedings
2013
Auralisation of truck engine sound – preliminary results using a granular approach
Jens Forssén, Patrik Andersson, Penny Bergman et al
AIA-DAGA, Merano, mars 2013
Paper in proceedings
2012
Numerical Modelling of Tyre/Road Interaction
Patrik Andersson, Carsten Hoever, Julia Winroth et al
Scientific Bulletin, Automotive Series. Vol. 22
Journal article
2012
Boundary Element Method for Intensity Potential Approach: Predicting the Radiated Sound Power from Partially Enclosed Noise Sources
Patrik Andersson, E. Lindberg
Acta Acustica united with Acustica. Vol. 98 (4), p. 588-599
Journal article
2011
Evaluation of approximations used for the tread layer response and road surface roughness in numerical models of the tyre/road contact
Julia Winroth, Patrik Andersson
18th International Congress on Sound and Vibration 2011, ICSV 2011, Rio de Janeiro, 10 - 14 July 2011. Vol. 2, p. 1666-1673
Paper in proceedings
2011
Predicting sound power radiated from engine bays using decomposition of the vector field of sound intensity
Patrik Andersson
Svenska Mekanikdagar, 13-15 Juni 2011, Chalmers tekniska högskola, Göteborg
Conference contribution
2011
Intensity Potential Approach for Modeling High-Frequency Sound Fields
Michael Thivant, Patrik Andersson, Jean-Louis Guyader
Acta Acustica united with Acustica. Vol. 97 (1), p. 103-114
Journal article
2011
Trafikbuller – kan framtidens bilar bli tystare?
Patrik Andersson
SPs byggdagar 2011, 5-6 oktober, Borås
Conference contribution
2011
Influence of tread inertia during deformation using a detailed numerical tyre/road contact model
Julia Winroth, Patrik Andersson
Proceedings - 6th Forum Acusticum 2011, Aalborg, 27 June - 1 July 2011, p. 2431-2434
Paper in proceedings
2011
The intensity potential approach for predicting sound power flow through partial enclosures
Patrik Andersson, Michael Thivant, Jean-Louis Guyader
18th International Congress on Sound and Vibration 2011, ICSV 2011, Rio de Janeiro, 10 - 14 July 2011. Vol. 2, p. 1261-1275
Paper in proceedings
2011
Numerical Modelling of Tyre/Road Interaction
Patrik Andersson, Carsten Hoever, Julia Winroth et al
Exploratory Workshop: Modern Methods of Vibro-Acoustic Studies With Automotive Applications, University of Pitesti, Romania, November 24-25, 2011
Conference contribution
2010
Implementation of non-linear contact stiffness and adhesion in a numerical model for tyre/road contact
Julia Winroth, Patrik Andersson
Proceedings of InterNoise 2010, Lissabon, Portugal, June 13-16, 2010
Paper in proceedings
2010
On the design of structural junctions for the purpose of hybrid passive-active vibration control
Jonas Svensson, Patrik Andersson, Wolfgang Kropp
Journal of Sound and Vibration. Vol. 329 (9), p. 1274-1288
Journal article
2010
Solving the intensity potential problem by using the boundary element method
Patrik Andersson
Proceedings of InterNoise2010, 13-16 June 2010, Lisbon, Portugal
Paper in proceedings
2009
Investigation of a hybrid passive-active vibration-control configuration
Jonas Svensson, Patrik Andersson, Wolfgang Kropp
Proceeding of Noise and Vibration: Emergin Methods; 5-8 April 2009; Oxford, England
Paper in proceedings
2009
Rapid tyre/road separation: An experimental study of adherence forces and noise generation
Patrik Andersson, Wolfgang Kropp
Wear. Vol. 266 (1-2), p. 129-138
Journal article
2009
Feedforward control of bending waves in frequency domain at structural junctions using an impedance formulation
Jonas Svensson, Patrik Andersson, Joachim Scheuren et al
Journal of Sound and Vibration. Vol. 323 (3-5), p. 555-573
Journal article
2009
Boundary element formulation using modified Green's functions for media with random distribution of scattering objects
Patrik Andersson
Proceedings of NOVEM 2009 Noise and Vibration: Emerging Methods, Oxford, UK (108)
Paper in proceedings
2008
Time domain contact model for tyre/road interaction including nonlinear contact stiffness due to small-scale roughness
Patrik Andersson, Wolfgang Kropp
Journal of Sound and Vibration. Vol. 318 (1-2), p. 296-312
Journal article
2008
Active scattering control of flexural waves at beam junctions: The influence of beam properties on power flow and control effort
Jonas Svensson, Patrik Andersson, Joachim Scheuren et al
Journal of Sound and Vibration. Vol. 313 (3-5), p. 418-432
Journal article
2008
An impedance matching technique for active-passive vibration control
Jonas Svensson, Patrik Andersson, Wolfgang Kropp
Acoustics 08, Paris, June 29-July 4, 2008
Paper in proceedings
2007
The influence of material parameters and geometry on an active junction
Jonas Svensson, Patrik Andersson, Wolfgang Kropp
International Congress on Acoustics, Madrid 2007, p. 6-
Paper in proceedings
2007
Experimental Investigation of Sound Power Radiation From Partly Open Enclosure With Numerous Interior Objects
Eskil Lindberg, Patrik Andersson
19th International Congress on Acoustics, Madrid, 2007
Paper in proceedings
2007
Modelling Non-Linear Contact Stiffness in Tyre/Road Contact
Patrik Andersson
19th International Congress on Acoustics, Madrid, 2007
Paper in proceedings
2006
Modelling Effects due to Small-Scale Roughness in Tyre/Road Contact
Patrik Andersson
Proceedings of EuroNoise 2006, 30 May - 1 June, 2006
Paper in proceedings
2006
Identification of complex moduli for rubber compounds by minimisation of the error between measured and FE-modelled velocity profiles
Jonas Svensson, Patrik Andersson
EURONOISE 2006, TAMPERE, MAY 30-JUNE 1 2006
Paper in proceedings
2005
Contact forces and noise generation during hastily separation of tyre tread blocks from road surfaces
Patrik Andersson
Constitutive Models for Rubber IV Austrell and Kari (eds), p. 571-577
Paper in proceedings
2005
Modelling Interfacial Details in Tyre/Road Contact Adhesion Forces and Non-Linear Contact Stiffness
Patrik Andersson
Doctoral thesis
2005
Validation of a High Frequency Three-Dimensional Tyre Model
Patrik Andersson, Krister Larsson
Acta Acustica united with Acustica. Vol. 91 (1), p. 121-131
Journal article
2005
A contact model for predicting adherence force and noise generation in the tyre / road contact
Patrik Andersson
Proceedings of NOVEM (Noise and Vibration: Emerging Methods), Saint-Raphaël, France
Paper in proceedings
2004
A study of forces and noise generation in a contact including adhesive bonds
Patrik Andersson, Wolfgang Kropp
Nordic Vibration Research 2004, June 3-4, (The Scandinavian Vibration Society, www.svib.se)
Paper in proceedings
2004
High Frequency Dynamic Behaviour of Smooth and Patterned Passenger Car Tyres
Patrik Andersson, Krister Larsson, Frédéric Wullens et al
Acta Acustica united with Acustica. Vol. 90 (3), p. 445-456
Journal article
2004
Tyre/Road Noise Generation — Modelling and Understanding
Wolfgang Kropp, Krister Larsson, Frédéric Wullens et al
Spring meeting of the Institute of Acoustics, Southampton, Uk, March 29/30, 2004
Paper in proceedings
2003
Validation of a High Frequency Tyre Model Based on the Elastic Field Equations
Patrik Andersson, Krister Larsson
Conference proceedings of the 10th Interational Congress on Sound and Vibration, July 7-10 2003, Stockholm, Sweden
Paper in proceedings
2003
The Generation of the Tyre/Road Noise — Mechanisms and Models
Wolfgang Kropp, Krister Larsson, Frédéric Wullens et al
Conference proceedings of the 10th Interational Congress on Sound and Vibration, July 7-10 2003, Stockholm, Sweden
Paper in proceedings
2003
Experimental Study of High Frequency Response of Tyres
Patrik Andersson, Krister Larsson, Frédéric Wullens et al
EuroNoise2003, May 19-21 2003, Naples, Italy
Paper in proceedings
2001
The Modelling of Tyre/Road Noise — A Quasi Three-Dimensional Model
Wolfgang Kropp, Krister Larsson, Frédéric Wullens et al
InterNoise2001, The Hague, The Netherlands
Paper in proceedings
2001
A Method for Experimental Collection of Global Material Data for Tyres
Patrik Andersson, Krister Larsson, Wolfgang Kropp
Nordic Vibration Research 2001, Stockholm, Sweden (The Scandianvian Vibration Society, www.svib.se)
Conference contribution
2001
Investigation of Driving Point and Transfer Mobilities of Simple Tread Blocks on a Tyre
Patrik Andersson, Krister Larsson, Wolfgang Kropp
17th International Congress on Acoustics, Rome, Italy, 2001
Paper in proceedings
2001
Simulation of the Tyre/Road Noise
Wolfgang Kropp, Krister Larsson, Frédéric Wullens et al
Styrian Noise, Vibration & Harshness Congress 2001, Acoustic Competence Center, Graz, Austria
Conference contribution
2001
Modelling of Dynamical Rolling Contact Forces
Krister Larsson, Wolfgang Kropp, Patrik Andersson
Nordic Vibration Research 2001, Stockholm, Sweden (The Scandianvian Vibration Society, www.svib.se)
Conference contribution
2000
Experimental Verification of the Theory of Coupling-Loss Factors for Beam to Panel Junctions
Patrik Andersson, Juha Plunt
Report
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Showing 9 research projects
2020–2022
Development of model and methodology for ground-borne noise in road and railway projects
Patrik Höstmad
Applied Acoustics
Jens Forssén
Applied Acoustics
Fatemeh Dashti
Applied Acoustics
Swedish Transport Administration
2020–
Computation of aeroacoustic sources and sound propagation for urban challenges, part 2
Niklas Andersson
Fluid Dynamics
Patrik Höstmad
Applied Acoustics
Huadong Yao
Fluid Dynamics
Sinisa Krajnovic
Fluid Dynamics
Guglielmo Minelli
Fluid Dynamics
Chalmers
2019–
Computation of aeroacoustic sources and sound propagation for urban challenges
Niklas Andersson
Fluid Dynamics
Huadong Yao
Fluid Dynamics
Patrik Höstmad
Applied Acoustics
Sinisa Krajnovic
Fluid Dynamics
Chalmers
2018–
A demonstrator for virtual planning and scenario analysis of invisible environmental factors with focus on noise in the city (DemoVirPEN)
Daniel Sjölie
Interaction Design (Chalmers)
Jens Forssén
Applied Acoustics
Monica Billger
Architectural theory and methods
Beata Stahre Wästberg
Interaction Design (Chalmers)
Patrik Höstmad
Applied Acoustics
Fabio Latino
Applied Mathematics and Statistics
Chalmers
2014–2015
Vibration attenuating metamaterial (ground filter) for reduction of ground vibrations caused by blasting in quarries
Patrik Höstmad
Applied Acoustics
Pontus Thorsson
Applied Acoustics
Development Fund of the Swedish Construction Industry (SBUF)
2012–2015
Improved acoustical properties of launcher fairings
Patrik Höstmad
Applied Acoustics
Wolfgang Kropp
Applied Acoustics
Swedish National Space Board
2012–2014
Sendsmart
Dan Andersson
Logistics & Transportation
Jens Forssén
Applied Acoustics
Patrik Höstmad
Applied Acoustics
Penny Bergman
Applied Acoustics
VINNOVA
2012–2014
Increased distribution efficiency with more quiet delivery vehicles
Penny Bergman
Applied Acoustics
Patrik Höstmad
Applied Acoustics
Jens Forssén
Applied Acoustics
Astrid Pieringer
Applied Acoustics
VINNOVA
2011–2015
Development of a numerical prediction tool for optimisation of apertures, screens and absorbers in partial enclosures around noise sources
Patrik Höstmad
Applied Acoustics
Swedish Research Council (VR)
There might be more projects where Patrik Höstmad participates, but you have to be logged in as a Chalmers employee to see them.