Richard Kent
Overview
Explore the profile of Richard Kent including associated specialties, affiliations and a list of published articles.
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60
Citations
525
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Recent Articles
11.
Jastifer J, Kent R, Crandall J, Sherwood C, Lessley D, McCullough K, et al.
Sports Health
. 2017 Feb;
9(2):126-131.
PMID: 28151702
Background: Foot and ankle injuries are common in sports, particularly in cleated athletes. Traditionally, the athletic shoe has not been regarded as a piece of protective equipment but rather as...
12.
Kent R, Forman J, Lessley D, Crandall J
Sports Biomech
. 2015 Jun;
14(2):246-57.
PMID: 26114885
This study quantified the mechanical interactions of 19 American football cleats with a natural grass and an infill-type artificial surface under loading conditions designed to represent play-relevant manoeuvres of elite...
13.
Kent R, Forman J, Crandall J, Lessley D
Sports Biomech
. 2015 Apr;
14(1):1-17.
PMID: 25900121
This study quantified the mechanical interactions between an American football cleat and eight surfaces used by professional American football teams. Loading conditions were applied with a custom-built testing apparatus designed...
14.
Lopez-Valdes F, Forman J, Ash J, Kent R, Alba J, Segui-Gomez M
Ann Adv Automot Med
. 2014 Jan;
57:297-310.
PMID: 24406966
Head injuries are the most common severe injuries sustained by pediatric occupants in road traffic crashes. Preventing children from adopting positions that can result in an increased injury risk due...
15.
Kindig M, Li Z, Kent R, Subit D
Comput Methods Biomech Biomed Engin
. 2013 Aug;
18(5):556-70.
PMID: 23947597
Current finite element (FE) models of the human thorax are limited by the lack of local-level validation, especially in the ribcage. This study exercised an existing FE ribcage model for...
16.
Kent R, Crandall J, Forman J, Lessley D, Lau A, Garson C
Sports Biomech
. 2012 Oct;
11(3):414-29.
PMID: 23072051
The literature is lacking the description of a device and method for simulating and measuring shoe-turf interactions at loads and rates generated in situ by elite athletes during performance. A...
17.
Kent R, Lopez-Valdes F, Lamp J, Lau S, Parent D, Kerrigan J, et al.
Traffic Inj Prev
. 2012 Aug;
13(5):499-506.
PMID: 22931180
Objectives: This paper quantifies pediatric thoracoabdominal response to belt loading to guide the scaling of existing adult response data and to assess the validity of a juvenile porcine abdominal model...
18.
Kent R, Lopez-Valdes F, Dennis N, Lessley D, Forman J, Higuchi K, et al.
Stapp Car Crash J
. 2012 Aug;
55:141-59.
PMID: 22869308
This study investigates the performance of a 3-point restraint system incorporating an inflatable shoulder belt with a nominal 2.5-kN load limiter and a non-inflatable lap belt with a pretensioner (the...
19.
Lopez-Valdes F, Seacrist T, Arbogast K, Balasubramanian S, Maltese M, Tanji H, et al.
Traffic Inj Prev
. 2012 Jul;
13(4):393-401.
PMID: 22817555
Objective: The goal of this article is to propose a new methodology to estimate the sagittal plane displacement of the head, spine, and pelvis of a 6-year-old (6YO) occupant during...
20.
Sunnevang C, Subit D, Kindig M, Lessley D, Lamp J, Bostrom O, et al.
Ann Adv Automot Med
. 2011 Nov;
55:231-41.
PMID: 22105399
The objective of this study was to evaluate WorldSID constant-speed shoulder and thorax impact responses in terms of impact force, external and internal deflection (1D and 2D IR-Tracc response) for...