cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.4231/d3zw18s37
title: OSU: In-Air Test, Aluminum Box, Long, X = 41, W = 229

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test, Nonstructural mass = 50.2 kg: Measurements of impact force, column strain
DOI: 10.5287/bodleian27se.1
title: Letters to daughter

description: Sgt Augustus Maud, Suffolk Regiment.
DOI: 10.5287/bodleian2jes.1
title: Memoirs of G. R. Hyett

description: Part of a collection relating to G. R. Hyett (Artillery, Royal West Kent Regiment).
DOI: 10.5287/bodleian2u5v.1
title: Memoirs of Jack Houghton.  Teacher, Soldier and Gentleman

description: Memories of Jack Houghton
DOI: 10.5287/bodleian6akm.1
title: A brief record of  the advance of the Egyptian Expeditionary Force

description: Extracts from the "A brief record of the advance of the Egyptian Expeditionary Force".

This is part of a collection relating to Esther Dowdeswell.
DOI: 10.5287/bodleian8okx.1
title: Five Officers of the No. 10 Mountain Battery, Nazareth

description: Five Officers of the No. 10 Mountain Battery, Nazareth, with dog 'Timber'.

Part of a collection relating to Esther Dowdeswell whose first husband, Frederick Branch, served in Palestine.
DOI: 10.5287/bodleiand49f.1
title: Letter

description: From the archive papers of Rev. Dr Duncan W P Strang (1887 -1955.)
DOI: 10.5287/bodleianjq91.1
title: Postcard book of the Somme

description: Postcard book belonging to G. R. Hyett (Artillery, Royal West Kent Regiment). entitled "Campagne 1914-1917: Bataille de la Somme". Hyett served was wounded on the Somme on the 9th August 1916.
DOI: 10.5287/bodleianl5w.1
title: Albert Boswell. Soldier and Gentleman

description: Life story of Albert Boswell (1889 - 1980)
DOI: 10.5287/bodleiants2.1
title: Ministry of Pensions forms

description: Refusal of a disability pension.  Sgt Augustus Maud, Suffolk Regiment.
DOI: 10.4231/d32n4zh80
title: OSU: In-Air Test, Aluminum Box, Long, X = 41, W = 340

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test, Nonstructural mass = 99.4 kg: Measurements of impact force, column strain.
DOI: 10.4231/d36d5pb18
title: OSU: In-Air Test, Aluminum Box, Long, X = 36, W = 340

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test, Nonstructural mass = 99.4 kg: Measurements of impact force, column strain.
DOI: 10.4231/d3b27pr35
title: OSU: In-Air Test, Aluminum Box, Long, X = 31, W = 340

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test, Nonstructural mass = 99.4 kg: Measurements of impact force, column strain.
DOI: 10.4231/d3ft8dj70
title: OSU: In-Air Test, Aluminum Box, Long, X = 26, W = 340

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test, Nonstructural mass = 99.4 kg: Measurements of impact force, column strain.
DOI: 10.4231/d3kk94c1r
title: OSU: In-Air Test, Aluminum Box, Long, X = 56, W = 229

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test, Nonstructural mass = 50.2 kg: Measurements of impact force, column strain
DOI: 10.4231/d3qb9v55h
title: OSU: In-Air Test, Aluminum Box, Long, X = 51, W = 229

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test, Nonstructural mass = 50.2 kg: Measurements of impact force, column strain
DOI: 10.4231/d3t43j29z
title: OSU: In-Air Test, Aluminum Box, Long, X = 51, W = 340

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test, Nonstructural mass = 99.4 kg: Measurements of impact force, column strain.
Keywords/Tags: Debris, Impact, In-Air, Aluminum, Shipping Container, Swinging, Nonstructural Mass
DOI: 10.4231/d3v40jz9s
title: OSU: In-Air Test, Aluminum Box, Long, X = 46, W = 229

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test, Nonstructural mass = 50.2 kg: Measurements of impact force, column strain
DOI: 10.4231/d3xw47w30
title: OSU: In-Air Test, Aluminum Box, Long, X = 46, W = 340

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test, Nonstructural mass = 99.4 kg: Measurements of impact force, column strain.
DOI: 10.5287/bodleian1bc.1
title: Service Record

description: Service record of William Binning
DOI: 10.5287/bodleian2ybn.1
title: Official documents relating to the accounts of William Binning after his death

description: Various documents relating to the accounts of William Binning after his death. Includes correspondence between his father Sydney Binning and the War Office concerning William's effects and will.

2nd Lieutenant William B. Binning (1896 - 1916), Scottish Rifles 9th Div. Machine Gun Corps, 28th Bn.
DOI: 10.5287/bodleian6evo.1
title: Papers detailing act of courage of Bernard Darley

description: L.A.C. Bernard Darley (Service no. 28345), R.A.F, was commended for fighting a fire at Workshop No. 2 M.T.R.D. Royal Air Force, St Omer . He entered a burning building and fought the fire from within to prevent the explosion of two petrol filled tanks and electrical fire to the nearby power station, at great risk to his own life. 

He was assisted through the entire operation by a German Prisoner of War named Otto Arndt (No. 585) of the 139th P.O.W. Company. The two became friends. Otto crafted Bernard a matchbox as a gift (photos of which have been submitted separately).
DOI: 10.5287/bodleian6sq4.1
title: Last letter and will of William Binning

description: Copy of William Binning's final letter to his parents and his will.

2nd Lieutenant William B. Binning (1896 - 1916), Scottish Rifles 9th Div. Machine Gun Corps, 28th Bn.
DOI: 10.5287/bodleian8gqz.1
title: Pay Gratuity Form

description: Pay gratuity form for William Binning.

2nd Lieutenant William B. Binning (1896 - 1916), Scottish Rifles 9th Div. Machine Gun Corps, 28th Bn.
DOI: 10.5287/bodleiand3vl.1
title: A gift from a German P.O.W. after an act of courage

description: On the 3rd September 1919 L.A.C. Bernard Darley (Service no. 28345), R.A.F, was commended for fighting a fire at Workshop No. 2 M.T.R.D. Royal Air Force, St Omer . He entered a burning building and fought the fire from within to prevent the explosion of two petrol filled tanks and electrical fire to the nearby power station, at great risk to his own life. 

He was assisted through the entire operation by a German Prisoner of War named Otto Arndt (No. 585) of the 139th P.O.W. Company. The two became friends. Otto crafted Bernard a matchbox as a gift. The matchbox is inscribed with the words "Souvenir from France / St Omer / Otto Arndt".
DOI: 10.5287/bodleiandh6h.1
title: Application to join the army

description: William Binning's application to join the army, declaring him 'fit' to serve.

William applied for a commission in the army in November 1914. He had been eighteen in September. He was appointed as a Second Lieutenant to the 11th Battalion The Cameronians (Scottish Rifles). 

2nd Lieutenant William B. Binning (1896 - 1916), Scottish Rifles 9th Div. Machine Gun Corps, 28th Bn.
DOI: 10.5287/bodleiandsh5.1
title: Last letter and will in the family Bible

description: William Binning's last letter to his parents and his will, which the family pasted into the family Bible. This subsequently caused difficulties  when the War Office were trying to tie up Williams affairs.

The letter is dated July 23rd 1916, but this could not have been the date as William was killed on the 24th April.
DOI: 10.5287/bodleianjk6j.1
title: Casualty Form

description: Casualty form of William Binning, stating that he died of wounds on the 24th April 1916.

2nd Lieutenant William B. Binning (1896 - 1916), Scottish Rifles 9th Div. Machine Gun Corps, 28th Bn.
DOI: 10.4231/d31n7xm8r
title: OSU: In-Air Test, Acrylic Box, Long, X = 51, W = 111

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Acrylic Test: Measurements of impact force, column strain.
DOI: 10.4231/d35d8nf2h
title: OSU: In-Air Test, Acrylic Box, Long, X = 41, W = 111

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Acrylic Test: Measurements of impact force, column strain.
DOI: 10.4231/d3959c755
title: OSU: In-Air Test, Acrylic Box, Long, X = 36, W = 111

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Acrylic Test: Measurements of impact force, column strain.
DOI: 10.4231/d3dv1cn79
title: OSU: In-Air Test, Acrylic Box, Long, X = 31, W = 111

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Acrylic Test: Measurements of impact force, column strain.
DOI: 10.4231/d3h12v73t
title: Steel Tube Impact Tests at Lehigh University

description: These tests were conducted to study the effect of “nonstructural” mass on impact force and duration during an axial in-air impact. A 20-ft steel tube consists of a standard AISC rectangular HSS 64 × 38 × 4.8 (2.5 × 1.5 × 3/16 in.). Steel plates were rigidly attached along the length of steel tube to represent the "nonstructural" mass. 
The tube was instrumented with 7 strain gauges with a recording frequency of 50 kHz.
DOI: 10.4231/d3jm23g12
title: OSU: In-Air Test, Acrylic Box, Long, X = 26, W = 111

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Acrylic Test: Measurements of impact force, column strain.
DOI: 10.4231/d3ms3k17n
title: Shipping Container Transverse Impact Tests at Lehigh University

description: These tests focus on the linear and nonlinear transverse impact of the flexural members of the shipping container. This experiment consisted of two phases.
- Phase1 involved transverse impact of the bottom beam and corner post of the shipping container. The load cell was located at the middle of the flexural member.
- Phase2 involved transverse impact of the simply supported beam. The beam was connected to the shipping container as a simplified model of the flexural member of the container. The beam consisted of a 2 in x 2 in tube section and solid bar section with span length of 8.5 ft.
DOI: 10.4231/d3pc2t85t
title: OSU: In-Air Test, Aluminum Box, Long, X = 56, W = 340

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test, Nonstructural mass = 99.4 kg: Measurements of impact force, column strain.
DOI: 10.4231/d3rf5kf82
title: Shipping Container Axial Impact Tests at Lehigh University

description: These full-scale tests were carried out to investigate the linear and nonlinear behavior of shipping container during axial impact cases. An ISO shipping container measuring 6.0 m long, 2.4 m wide, and 2.6 m high was used. The impact and rebound velocities were determined by using laser displacement sensors. The container was instrumented with 24 strain gauges. The data from all instrumentation (i.e. load cells, strain gauges, and laser displacement sensors) were recorded at 50 kHz. There were two phases to this experiment.
- Phase1 involved linear and nonlinear axial impact of the empty shipping container. The undamaged and damaged shipping container was tested during different cases of multi-corner impact.
- Phase2 involved linear axial impact of the loaded shipping container. Two cases of loading were considered: concrete panels and water bladder.
DOI: 10.4231/d3s46h59q
title: OSU: In-Air Test, Aluminum Box, Long, Waterproof, X = 26

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test: Measurements of impact force, column strain.
DOI: 10.4231/d3ww77035
title: OSU: In-Air Test, Acrylic Box, Long, X = 56, W = 111

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Acrylic Test: Measurements of impact force, column strain.
DOI: 10.5287/bodleian2b83.1
title: Letter to William Binning's parents from his former headteacher
DOI: 10.5287/bodleian6439.1
title: Letter sent to William Binning's parents from Casualty Clearning Station

description: Letter sent to William Binning's parents from the Sister in charge at the Casualty Clearing Station where William was taken after being wounded. It is not known if they received this letter before the telegram announcing his death.

2nd Lieutenant William B. Binning (1896 - 1916), Scottish Rifles 9th Div. Machine Gun Corps, 28th Bn.
DOI: 10.5287/bodleian864u.1
title: Letter to William Binning's parents  from his army 'batman'

description: A letter from William's batman (a kind of commissioned officer's 'butler') Pte. Jas Dyce to William's parents detailing the circumstances of his death and praising his character.

2nd Lieutenant William B. Binning (1896 - 1916), Scottish Rifles 9th Div. Machine Gun Corps, 28th Bn.
DOI: 10.5287/bodleian893i.1
title: Diaries of William Binning

description: Images from William Binning's diaries. His 1915 (smaller) diary with his first entries as he reports for officer training in Stirling, and the 1916 (larger) with his last entry dated the 22nd April 1916 'Relief to the trenches'. Two days later he was dead.

2nd Lieutenant William B. Binning (1896 - 1916), Scottish Rifles 9th Div. Machine Gun Corps, 28th Bn.
DOI: 10.5287/bodleiandem6.1
title: Binning Family Portrait

description: Jane and Sydney Binning with Isabel (on knee), William, and Annie.

2nd Lieutenant William B. Binning (1896 - 1916), Scottish Rifles 9th Div. Machine Gun Corps, 28th Bn.
DOI: 10.5287/bodleianj8m8.1
title: Account of William Binning's death

description: Part of an account written in William's father's (Sydney) handwriting outlining the circumstances of William being wounded.

2nd Lieutenant William B. Binning (1896 - 1916), Scottish Rifles 9th Div. Machine Gun Corps, 28th Bn.
DOI: 10.5287/bodleianjnhy.1
title: Diary, R. W. Taylor, Army Cyclists Corps

description: R. W. Taylor (b. 5th Dec 1895). Enlisted 24/1/1914 in Middx (Service) Bn (Public Schools Bn). Transfer to Army Cyclists Corps 27/7/1915. 33rd Div Cycle Corps, Cpl on 28/10/1916, transfer to Machine Gun Corps (Heavy) later to become Tank Corps. Made 2/Lt 30/1/1918, demobbed 20/2/1919.
DOI: 10.5287/bodleianq2d.1
title: Letter to William Binning's parents  from the Church of Scotland Minister

description: Letter sent to William Binning's parents from the Church of Scotland Minister. He had visited William in hospital and officiated at his funeral.
DOI: 10.6073/pasta/49cdade0dd65ac8fb1e6a7a2c0b24e0b
title: Flux measurements from the SRS-6 Tower, Shark River Slough, Everglades National Park, South Florida (FCE) from January 2004 to August 2005
DOI: 10.6073/pasta/59c889f388cbbaf52b29a7fde72521dc
title: Light limited carboxylation rates of Red mangrove leaves at Key Largo, Watson River Chickee, Taylor Slough, and Little Rabbit Key, South Florida (FCE) from July 2001 to August 2001
DOI: 10.4231/d30p0wq9j
title: OSU: In-Air Test, Aluminum Box, Long, Waterproof, X = 56

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test: Measurements of impact force, column strain.
DOI: 10.4231/d34f1mj39
title: OSU: In-Air Test, Aluminum Box, Long, Waterproof, X = 51

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test: Measurements of impact force, column strain.
DOI: 10.4231/d3862bb7f
title: OSU: In-Air Test, Aluminum Box, Long, Waterproof, X = 46

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test: Measurements of impact force, column strain.
DOI: 10.4231/d3cz3250d
title: OSU: In-Air Test, Aluminum Box, Long, Waterproof, X = 41

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test: Measurements of impact force, column strain.
DOI: 10.4231/d3hq3rz4r
title: OSU: In-Air Test, Aluminum Box, Long, Waterproof, X = 36

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test: Measurements of impact force, column strain.
DOI: 10.4231/d3mg7fv8n
title: OSU: In-Air Test, Aluminum Box, Long, Waterproof, X = 36, W = 230

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test, Nonstructural mass = 50.2 kg: Measurements of impact force, column strain.
DOI: 10.4231/d3nc5sc5k
title: OSU: In-Air Test, Aluminum Box, Long, Waterproof, X = 31

description: In-air tests were performed on the 1:5 scale aluminum and acrylic shipping containers. The primary variables examined were the pullback distance, non-structural mass, load cell type, and contact location. These tests allow us to compare against the full scale in-air results of Lehigh University and to provide a basis for later hydrodynamic tests.
DOI Title: In-Air Longitudinal Aluminum Test: Measurements of impact force, column strain.