Eight Decades In One Rheometer: Exploring the dynamics of complex polymers, measuring from millihertz to a hundred kilohertz in a single device

Mathias Mikkelsen; Jorge Lacayo-Pineda; Tina Hecksher; Tage Emil Christensen

Abstract

We present an investigation of the shear mechanical dynamics of filled and unfilled rubbers across eight decades in frequency.

Using experience from the science of glasses and viscous liquids, we developed a shear rheometer capable of measuring polymer moduli across an extremely broad range of frequencies (1 mHz-100 kHz).

The rheometer is applied in the investigation of filled and unfilled rubbers spanning a temperature range of more than 100 K.

In combination, this has done away with the need for assuming time-temperature superposition or the construction of master curves.

The work has applications in polymer science, as well as in industry.

A motivation has been the possibility of investigating tyre rubbers under conditions closely resembling the end use in terms of frequencies and temperatures.

Original language	English
Publication date	17 Mar 2022
Publication status	Published - 17 Mar 2022
Event	APS March Meeting 2022 - Chicago, United States Duration: 14 Mar 2022 → 18 Mar 2022 https://march.aps.org/

Conference

Conference	APS March Meeting 2022
Country/Territory	United States
City	Chicago
Period	14/03/2022 → 18/03/2022
Internet address	https://march.aps.org/

Funding

This work was supported by the Villum Foundation’s Matter grant (grant no. 16515) and by Innovation Fund Denmark (case no. 9065-00002B).

Keywords

polymers
soft matter
rheology
mechanical spectroscopy
instrumentation

KB link

Search for the material at the Royal Danish Library

Citation Styles

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title = "Eight Decades In One Rheometer: Exploring the dynamics of complex polymers, measuring from millihertz to a hundred kilohertz in a single device",

abstract = "We present an investigation of the shear mechanical dynamics of filled and unfilled rubbers across eight decades in frequency. Using experience from the science of glasses and viscous liquids, we developed a shear rheometer capable of measuring polymer moduli across an extremely broad range of frequencies (1 mHz-100 kHz). The rheometer is applied in the investigation of filled and unfilled rubbers spanning a temperature range of more than 100 K. In combination, this has done away with the need for assuming time-temperature superposition or the construction of master curves. The work has applications in polymer science, as well as in industry. A motivation has been the possibility of investigating tyre rubbers under conditions closely resembling the end use in terms of frequencies and temperatures.",

keywords = "polymers, soft matter, rheology, mechanical spectroscopy, instrumentation, polymers, soft matter, rheology, mechanical spectroscopy, instrumentation",

author = "Mathias Mikkelsen and Jorge Lacayo-Pineda and Tina Hecksher and Christensen, \{Tage Emil\}",

year = "2022",

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day = "17",

language = "English",

note = "APS March Meeting 2022 ; Conference date: 14-03-2022 Through 18-03-2022",

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Eight Decades In One Rheometer: Exploring the dynamics of complex polymers, measuring from millihertz to a hundred kilohertz in a single device. / Mikkelsen, Mathias; Lacayo-Pineda, Jorge; Hecksher, Tina et al.
2022. Abstract from APS March Meeting 2022, Chicago, Illinois, United States.

Research output: Contribution to conference › Conference abstract for conference › Research

TY - ABST

T1 - Eight Decades In One Rheometer

T2 - APS March Meeting 2022

AU - Mikkelsen, Mathias

AU - Lacayo-Pineda, Jorge

AU - Hecksher, Tina

AU - Christensen, Tage Emil

PY - 2022/3/17

Y1 - 2022/3/17

N2 - We present an investigation of the shear mechanical dynamics of filled and unfilled rubbers across eight decades in frequency. Using experience from the science of glasses and viscous liquids, we developed a shear rheometer capable of measuring polymer moduli across an extremely broad range of frequencies (1 mHz-100 kHz). The rheometer is applied in the investigation of filled and unfilled rubbers spanning a temperature range of more than 100 K. In combination, this has done away with the need for assuming time-temperature superposition or the construction of master curves. The work has applications in polymer science, as well as in industry. A motivation has been the possibility of investigating tyre rubbers under conditions closely resembling the end use in terms of frequencies and temperatures.

AB - We present an investigation of the shear mechanical dynamics of filled and unfilled rubbers across eight decades in frequency. Using experience from the science of glasses and viscous liquids, we developed a shear rheometer capable of measuring polymer moduli across an extremely broad range of frequencies (1 mHz-100 kHz). The rheometer is applied in the investigation of filled and unfilled rubbers spanning a temperature range of more than 100 K. In combination, this has done away with the need for assuming time-temperature superposition or the construction of master curves. The work has applications in polymer science, as well as in industry. A motivation has been the possibility of investigating tyre rubbers under conditions closely resembling the end use in terms of frequencies and temperatures.

KW - polymers

KW - soft matter

KW - rheology

KW - mechanical spectroscopy

KW - instrumentation

KW - polymers

KW - soft matter

KW - rheology

KW - mechanical spectroscopy

KW - instrumentation

UR - https://meetings.aps.org/Meeting/MAR22/Session/S18.13

M3 - Conference abstract for conference

Y2 - 14 March 2022 through 18 March 2022

ER -

Eight Decades In One Rheometer: Exploring the dynamics of complex polymers, measuring from millihertz to a hundred kilohertz in a single device

Abstract

Conference

Funding

Keywords

KB link

Other files and links

Piezoelectric shear rheometry: Further developments in experimental implementation and data extraction

Closing the Gap in Broadband Mechanical Spectroscopy — Expanding the Range of Dynamic Mechanical Analysis

Citation Styles

Eight Decades In One Rheometer: Exploring the dynamics of complex polymers, measuring from millihertz to a hundred kilohertz in a single device

Abstract

Conference

Funding

Keywords

KB link

Other files and links

Research output

Piezoelectric shear rheometry: Further developments in experimental implementation and data extraction

Projects

Closing the Gap in Broadband Mechanical Spectroscopy — Expanding the Range of Dynamic Mechanical Analysis

Citation Styles