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Engineering and Technology

D-Index
38
Citations
7546
World Ranking
7931
National Ranking
89

Overview

Bjarne Andresen is a researcher affiliated with the University of Copenhagen in Denmark. Their work spans multiple disciplines, primarily within physics and engineering, with a strong emphasis on thermodynamics and statistical mechanics.

Their research contributions include a range of published papers in reputable scientific journals. Recent publications include:

  • "How It All Began," 2020, published in Entropy
  • "Future Perspectives of Finite-Time Thermodynamics," 2022, published in Entropy
  • "Thermodynamics at Very Long Time and Space Scales," 2020, published in Entropy
  • "Multi-scale spatial ecology analyses: a Kullback information approach," 2022, published in Landscape Ecology
  • "Finite-time thermodynamics: Multistage separation processes consuming mechanical energy," 2021, published in Chemical Engineering Science

Frequent collaboration partners of Andresen include:

  • Karl Heinz Hoffmann
  • Efstathios Michaelides
  • Worth Rubi
  • Viorel Copenhagen
  • Adrian Badescu

Their publications are commonly found in the following venues:

  • Entropy
  • Journal of Non-Equilibrium Thermodynamics
  • Landscape Ecology
  • Chemical Engineering Science
  • Process Safety and Environmental Protection

Bjarne Andresen's primary fields of study include:

  • Physics and Astronomy
  • Engineering

Within these fields, their work addresses various subfields, including:

  • Statistical and Nonlinear Physics
  • Atomic and Molecular Physics, and Optics
  • Biomedical Engineering
  • Global and Planetary Change
  • Computational Mechanics

The main research topics explored by Andresen are:

  • Advanced Thermodynamics and Statistical Mechanics
  • Phase Equilibria and Thermodynamics
  • Statistical Mechanics and Entropy
  • Quantum Mechanics and Applications
  • Quantum Electrodynamics and Casimir Effect
  • Field-Flow Fractionation Techniques
  • Thermal Radiation and Cooling Technologies

Best Publications

  • Genomic analysis of uncultured marine viral communities

    Mya Breitbart;Peter Salamon;Bjarne Andresen;Joseph M. Mahaffy

  • Current Trends in Finite‐Time Thermodynamics

    Bjarne Andresen

  • Thermodynamics in finite time

    Bjarne Andresen;Peter Salamon;R. Stephen Berry

  • Thermodynamics for Processes in Finite Time

    Bjarne Andresen;R. Stephen Berry;Mary Jo Ondrechen;Peter Salamon

  • A comparison of simulated annealing cooling strategies

    Yaghout Nourani;Bjarne Andresen

  • Optimal staging of endoreversible heat engines

    Morton H. Rubin;Bjarne Andresen

  • Thermodynamics in finite time: extremals for imperfect heat engines

    Bjarne Andresen;Peter Salamon;R. Stephen Berry

  • Minimum entropy production and the optimization of heat engines

    Peter Salamon;Abraham Nitzan;Bjarne Andresen;R. Stephen Berry

  • Thermodynamics in finite time. I. The step-Carnot cycle

    Bjarne Andresen;R. Stephen Berry;Abraham Nitzan;Peter Salamon

  • Quasistatic processes as step equilibrations

    J. Nulton;P. Salamon;B. Andresen;Qi Anmin

  • On the Curzon–Ahlborn efficiency and its connection with the efficiencies of real heat engines

    Jincan Chen;Zijun Yan;Guoxing Lin;Bjarne Andresen

  • Maximum work from a finite reservoir by sequential Carnot cycles

    Mary Jo Ondrechen;Bjarne Andresen;Michael Mozurkewich;R. Stephen Berry

  • Thermodynamics in finite time. II. Potentials for finite-time processes

    Peter Salamon;Bjarne Andresen;R. Stephen Berry

  • What Conditions Make Minimum Entropy Production Equivalent to Maximum Power Production

    Peter Salamon;Karl Heinz Hoffmann;Sven Schubert;R. Stephen Berry

  • Optimal paths for minimizing entropy generation in a common class of finite-time heating and cooling processes

    Bjarne Andresen;J.M. Gordon

  • Efficiency bound of a solar-driven Stirling heat engine system

    Jincan Chen;Zijun Yan;Lixuan Chen;Bjarne Andresen

  • Future Perspectives of Finite-Time Thermodynamics

    Unknown

  • Optimal heating and cooling strategies for heat exchanger design

    Bjarne Andresen;J. M. Gordon

  • Constant thermodynamic speed for minimizing entropy production in thermodynamic processes and simulated annealing.

    Bjarne Andresen;J.M. Gordon

  • Availability for finite-time processes. General theory and a model

    Bjarne Andresen;Morton H. Rubin;R. Stephen Berry

  • On lumped models for thermodynamic properties of simulated annealing problems

    Bjarne Andresen;Karl Heinz Hoffmann;Klaus Mosegaard;Jim Nulton

Frequent Co-Authors

R. Stephen Berry
R. Stephen Berry University of Chicago
Jincan Chen
Jincan Chen Xiamen University
Jeffrey M. Gordon
Jeffrey M. Gordon Ben-Gurion University of the Negev
Aron Kuppermann
Aron Kuppermann California Institute of Technology
Forest Rohwer
Forest Rohwer San Diego State University
Abraham Nitzan
Abraham Nitzan University of Pennsylvania
Mya Breitbart
Mya Breitbart University of South Florida
Farooq Azam
Farooq Azam University of California, San Diego
Ronnie Kosloff
Ronnie Kosloff Hebrew University of Jerusalem
Jerry Bernholc
Jerry Bernholc North Carolina State University

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