material photos on Flickr

Interfingering of albic materials.—A diagnostic soil characteristic of mineral soils consisting of thin penetrations of albic material extending 5 cm or more into an argillic, kandic, or natric subsoil horizon. The penetrations form continuous skeletans 1 mm or more thick, mostly on the vertical faces of peds. By definition, they make up less than 15 percent, by volume, of the horizon. If they comprise more than 15 percent, a glossic horizon is recognized. By inference, a horizon with interfingering of albic materials may eventually form a glossic horizon. See skeletan.

Figure 61a.—Soil profile with interfingering of albic materials. (Photo courtesy of Stefaan Dondeyne, Ghent University). This soil characteristic is recognized if albic materials penetrate 5 cm or more into an underlying argillic, kandic, or natric horizon; and are 2 mm or more thick between vertical faces of abutting peds; and constitute less than 15 percent (by volume) of the layer that they penetrate. If they comprise more than 15 percent, a glossic horizon is recognized. (See Figure 61b.)

Materials Camp by Drexel Engineering

June 25, 2013

MATECO by Teruhiro Kataoka

Sadie by beebephoto

Material: chocolate

Letter's for the wall by Lynda McIntosh

material scraps and gold string unravelled

rainbow_surface by Ponoko

Lawyer Material by Smiley Shutterbug

Beth's Senior Pictures ... some of the best

~Taken in Minot

Miguel Unson_njs9813 by Pittsburgh Glass Center

CT002 by Yoshio Hironaka

素材辞典_Vol.67_ハワイ・グアム編

Marlene - Intertwining Materials by Meighan

3

HW118_350A by Yoshio Hironaka

素材辞典_Vol.190_笑顔のプレゼント編

Material Matters by material matters

3D Printing Forum

Reading material by Beth Jusino

fancy coke tabs by Rosemary McLeod

2

Material_de_Vendas_JORNAL_DA_ENERGIA_Alterado-1 by Gustavo Cipriano

Material promocional Jornal de enrgia.

Blackmail material by mestes76

Pure Material by dinamite

Material Studies by Jaime Santos-Prowse

Anna Kell

Framed transparencies and mattress fragments, 2009.

annakell.com/home.html

Materials by Rubie Bridie

MS10 by SIAM Connect

SIAM Conference on Mathematical Aspects of Materials Science (MS10)

Anomalous Materials by Gol403

2017

Working materials by FNA - Foundation of Nature & Art - Puerto Lòpez,

Day 1 we had the clean up, day 2 students came in grades to help us wash waste and seperate it into sections (plastic bottles, rope, plastic cups, bottle tops, etc).

Day 3, grades came to our working site for the sculpture in various intervals throughout the morning to help us cut shapes, weave bottle tops, fray ropes, staple plastics and whatever else they decided to create to decorate the main structure of the whales tail (that had been built the day before).

Girlfriend_Material_3351 by Kelli Rothwell

Cuidar do material by Alexandre Pereira

Ilustração a mão livre, escaneada e tratada no Photoshop CS5 para fins didáticos. Criada para minha namorada utilizar em sala de aula. Aplicação do material em coisinhasdatiapoli.blogspot.com

Palestra Meritocracia Competência Rogério Lemei 160615_1061 by ACATS - Associação Catarinense dos Supermercados

BB048 by Yoshio Hironaka

素材辞典_別冊_ブライダル・祝事編

Exploring Curious Materials by Institute of Making

We invited a range of designers, architects, engineers and makers looking for new materials to incorporate into their practice. Participants got hands-on with conductive and thermochromic inks, low-melt and impact protection polymers and shape-memory metals.

This afternoon event, organized in collaboration with Brunel’s Human Centred Design Institute, offered a chance to experiment and prototype with a range of unusual but commercially available materials. Guests were also introduced to the material at the heart of the Light.Touch.Matters research project: a flexible OLED and piezoelectric combination that responds to touch with luminescence. In a group discussion, we learnt more about the behavior, potential and limitations of these materials and explored how they might inform design practice.

FS011 by Yoshio Hironaka