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Alison Ramage
Dr
Reader
,
Mathematics And Statistics
Measurement Science and Enabling Technologies
Ocean, Air and Space
https://orcid.org/0000-0003-4709-0691
Phone
01415483801
Email
a.ramage
strath.ac
uk
United Kingdom
Overview
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Network
Projects
(21)
Research output
(41)
Activities
(127)
Similar Profiles
(6)
Supervised Work
(5)
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Research output
33
Article
5
Working paper
2
Conference contribution book
1
Patent
Research output per year
Research output per year
5 results
Publication Year, Title
(descending)
Publication Year, Title
(ascending)
Title
Type
Filter
Working paper
Search results
2014
A Renormalized Newton Method for Liquid Crystal Director Modeling
Gartland, Jr, E. C.
&
Ramage, A.
,
Dec 2014
, Glasgow:
University of Strathclyde
,
p. 1-27
,
27 p.
Research output
:
Working paper
Liquid Crystal
100%
Truncated Newton Method
83%
Newton Methods
72%
Modeling
48%
Micromagnetics
37%
2012
IFISS: a computational laboratory for investigating incompressible flow problems
Elman, H.
,
Ramage, A.
&
Silvester, D. J.
,
13 Sept 2012
.
Research output
:
Working paper
Incompressible flow
100%
Flavors
53%
Linear equations
44%
Software packages
39%
Error analysis
38%
A preconditioned nullspace method for liquid crystal director modelling
Ramage, A.
&
Gartland, Jr, E. C.
,
2012
, Glasgow:
University of Strathclyde
, (Strathclyde Mathematics Research Report ; no. 4).
Research output
:
Working paper
Liquid Crystal
100%
Liquid crystals
95%
Modeling
48%
Local stability and a renormalized Newton Method for equilibrium liquid crystal director modeling
Gartland, Jr, E. C.
&
Ramage, A.
,
2012
, Glasgow:
University of Strathclyde
,
19 p.
(Strathclyde Mathematics Research Report ; no. 9).
Research output
:
Working paper
File
Liquid Crystal
100%
Local Stability
77%
Saddlepoint
77%
Newton Methods
72%
Truncated Newton Method
62%
148
Downloads (Pure)
2011
Robust adaptive computation of a one-dimensional Q-tensor model of nematic liquid crystals
MacDonald, C.
,
MacKenzie, J.
,
Ramage, A.
&
Newton, C.
,
2011
, Glasgow:
University of Strathclyde
,
17 p.
Research output
:
Working paper
Nematic Liquid Crystal
100%
Tensor
60%
Non-uniform Mesh
50%
Adaptive Mesh
50%
Liquid Crystal
50%