Now showing items 16051-16070 of 54338

    • Geometrical design mold 

      Weber Iron & Wire Company, Houston, Texas (1930)
    • Geometrical design mold 

      Weber Iron & Wire Company, Houston, Texas (1947)
      The object was originally installed at the James Elkins house, 33405 Meadow Lake, Houston, Texas. The house is referred to in Howard Barnstone's "The Architecture of John F. Staub: Houston and the South" (1979) on page 327 ...
    • Geometrical design mold 

      Weber Iron & Wire Company, Houston, Texas (1938)
      The object was originally installed at the Claud Hamill house, 2124 River Oaks Boulevard, Houston, Texas. The house is referred to in Howard Barnstone's "The Architecture of John F. Staub: Houston and the South" (1979) on ...
    • Geometrical design mold 

      Weber Iron & Wire Company, Houston, Texas (1930)
      The object was originally installed at the Ima Hogg house, 2940 Lazy Lane, Houston, Texas.
    • Geometrical design mold 

      Weber Iron & Wire Company, Houston, Texas (1938)
      The object was originally installed at the A C Glassell house, 6007 E Ridge Drive, Shreveport, LA. The house is referred to in Howard Barnstone's "The Architecture of John F. Staub: Houston and the South" (1979) on page 244.
    • Geometrical design mold 

      Weber Iron & Wire Company, Houston, Texas (1930)
    • Geometrical design mold 

      Weber Iron & Wire Company, Houston, Texas (1930)
      The object was originally installed at Glenwood Cemetery, Houston, Texas.
    • Geometrical design mold 

      Weber Iron & Wire Company, Houston, Texas (1930)
      The object was originally installed at Glenwood Cemetery, Houston, Texas.
    • Geometrical design mold 

      Weber Iron & Wire Company, Houston, Texas (1930)
    • Geometrical design ornament 

      Weber Iron & Wire Company, Houston, Texas (1938)
      The object was originally installed at the A C Glassell house, 6007 E Ridge Drive, Shreveport, LA. The house is referred to in Howard Barnstone's "The Architecture of John F. Staub: Houston and the South" (1979) on page 244.
    • Geometrical design ornament 

      Weber Iron & Wire Company, Houston, Texas (1938)
      The object was originally installed at the A C Glassell house, 6007 E Ridge Drive, Shreveport, LA. The house is referred to in Howard Barnstone's "The Architecture of John F. Staub: Houston and the South" (1979) on page 244.
    • Geometrical design ornament 

      Weber Iron & Wire Company, Houston, Texas (1941)
      The object was originally installed at the Urschel, Hill & Combs house, San Antonio, Texas. The house is referred to in Howard Barnstone's "The Architecture of John F. Staub: Houston and the South" (1979) on page 278.
    • Geometrical Frustration in Interleukin-33 Decouples the Dynamics of the Functional Element from the Folding Transition State Ensemble 

      Fisher, Kaitlin M.; Haglund, Ellinor; Noel, Jeffrey K.; Hailey, Kendra L.; Onuchic, José N.; Jennings, Patricia A. (2015)
      Interleukin-33 (IL-33) is currently the focus of multiple investigations into targeting pernicious inflammatory disorders. This mediator of inflammation plays a prevalent role in chronic disorders such as asthma, rheumatoid ...
    • Geometrical optics for quasi-P waves: Theories and numerical methods 

      Qian, Jianliang (2000)
      The quasi-P wave in anisotropic solids is of practical importance in obtaining maximal imaging resolution in seismic exploration. The geometrical optics term in the asymptotic expansion for the wave characterizes the high ...
    • GEOMETRICALLY CONSTRAINED CURVES AND THE CALCULUS OF VARIATIONS 

      LI, HSIU-HSIANG (1986)
      A physical wire in a simply connected 3-dimensional complete Riemannian manifold M with constant sectional curvature resists bending and twisting. If we clamp the ends of a wire in some position then it will assume the ...
    • Geometry Compression of Normal Meshes using Rate-Distortion Algorithms 

      Lavu, Sridhar; Choi, Hyeokho; Baraniuk, Richard G. (2003-06-01)
      We propose a new rate-distortion based algorithm for compressing 3D surface geometry represented using triangular normal meshes. We apply the Estimation-Quantization (EQ) algorithm to compress normal mesh wavelet coefficients. ...
    • GEOMETRY OF PARTIAL SUMS 

      READ, RANDOL ROBERT (1971)
    • Geometry-based methods for protein function prediction 

      Chen, Brian Yuan (2006)
      The development of new and effective drugs is strongly affected by the need to identify drug targets and to reduce side effects. Unfortunately, resolving these issues depends partially on a broad and thorough understanding ...