Colin Hare

Colin Hare

University of Surrey

H-index: 18

Europe-United Kingdom

About Colin Hare

Colin Hare, With an exceptional h-index of 18 and a recent h-index of 16 (since 2020), a distinguished researcher at University of Surrey, specializes in the field of powder flow, coating, particle breakage, DEM.

His recent articles reflect a diverse array of research interests and contributions to the field:

Recent Advances in Secondary Processing of Pharmaceutical Powders

Experimental characterisation of the spreading of polymeric powders in powder bed fusion additive manufacturing process at changing temperature conditions

Investigating the effect of temperature on powder spreading behaviour in powder bed fusion additive manufacturing process by Discrete Element Method

Heat generation induced by plastic deformation during particle normal impact

Constrained viscous sintering of melting grains

Experimental investigation of heat generation during the mixing of granular materials using an overhead stirrer

A regime map for dry powder coating: the influence of material properties and process parameters

DEM analysis of segregation phenomena in swelling granular media

Colin Hare Information

University

Position

___

Citations(all)

1140

Citations(since 2020)

808

Cited By

661

hIndex(all)

18

hIndex(since 2020)

16

i10Index(all)

28

i10Index(since 2020)

24

Email

University Profile Page

Google Scholar

Colin Hare Skills & Research Interests

powder flow

coating

particle breakage

DEM

Top articles of Colin Hare

Recent Advances in Secondary Processing of Pharmaceutical Powders

2024/4/2

Colin Hare
Colin Hare

H-Index: 13

Experimental characterisation of the spreading of polymeric powders in powder bed fusion additive manufacturing process at changing temperature conditions

Advanced Powder Technology

2024/4/1

Investigating the effect of temperature on powder spreading behaviour in powder bed fusion additive manufacturing process by Discrete Element Method

Powder Technology

2024/3/1

Heat generation induced by plastic deformation during particle normal impact

International Journal of Impact Engineering

2024/2/1

Colin Hare
Colin Hare

H-Index: 13

Constrained viscous sintering of melting grains

Powder Technology

2024/1/15

Colin Hare
Colin Hare

H-Index: 13

Experimental investigation of heat generation during the mixing of granular materials using an overhead stirrer

Powder technology

2023/8/1

A regime map for dry powder coating: the influence of material properties and process parameters

Frontiers in Chemical Engineering

2023/11/23

Colin Hare
Colin Hare

H-Index: 13

Vikram Karde
Vikram Karde

H-Index: 7

DEM analysis of segregation phenomena in swelling granular media

Authorea Preprints

2023/9/17

Colin Hare
Colin Hare

H-Index: 13

Dataset of the temperature rise during granular flows in a rotating drum

Data in brief

2023/6/1

Heat generation during oblique particle impact

Powder technology

2023/5/15

Colin Hare
Colin Hare

H-Index: 13

A numerical analysis of the influence of material properties on dry powder coating performance

Chemical Engineering Research and Design

2023/5/1

Colin Hare
Colin Hare

H-Index: 13

Vikram Karde
Vikram Karde

H-Index: 7

Use of shear sensitive coloured guest component to track powder mixing in adhesive binary mixtures

Powder Technology

2023/1/15

Vikram Karde
Vikram Karde

H-Index: 7

Colin Hare
Colin Hare

H-Index: 13

Use of shear sensitive coloured nano-tracer as a validation tool for the powder mixing operating conditions

Powder Technology

2023

DEM analysis of swelling behaviour in granular media

Advanced Powder Technology

2022/11/1

Colin Hare
Colin Hare

H-Index: 13

Rheological response of granular materials under dynamic conditions

Powder technology

2022/1/1

Colin Hare
Colin Hare

H-Index: 13

Tim Freeman
Tim Freeman

H-Index: 19

Influence of mechanical properties on milling of amorphous and crystalline silica-based solids

Powder Technology

2021/10/1

Density and size-induced mixing and segregation in the FT4 powder rheometer: An experimental and numerical investigation

Powder technology

2021/9/1

Colin Hare
Colin Hare

H-Index: 13

Tim Freeman
Tim Freeman

H-Index: 19

Discrete element modelling of ribbon milling: A comparison of approaches

Powder technology

2021/8/1

Colin Hare
Colin Hare

H-Index: 13

Assessing powder flowability at low stresses using ball indentation method: Evaluation of constraint factor

Powder Technology

2021/7/1

The importance of a velocity-dependent friction coefficient in representing the flow behaviour of a blade-driven powder bed

Powder technology

2021/6/1

Colin Hare
Colin Hare

H-Index: 13

Tim Freeman
Tim Freeman

H-Index: 19

See List of Professors in Colin Hare University(University of Surrey)