f-h documents

Ticlopidine-induced aplastic anemia and quick recovery with G-CSF: Case report and literature review
Documents Ticlopidine-induced aplastic anemia and quick recovery with G-CSF: Case report and literature review
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Highly Durable Precast Special Concrete
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Highly Durable Precast Special Concrete
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Size Effect in Compression of High Strength Fibre Reinforced Concrete Cylinders Subjected to Concentric and
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Size Effect in Compression of High Strength Fibre Reinforced Concrete Cylinders Subjected to Concentric and
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Micromechanics of Fiber Reinforced Cementitious Composites
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Micromechanics of Fiber Reinforced Cementitious Composites
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Horizontal Wedge Splitting Test Method (HWST) - a New Method for the Fracture Mechanics Testing of Large Samples
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Horizontal Wedge Splitting Test Method (HWST) - a New Method for the Fracture Mechanics Testing of Large Samples
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || A Near-Field Acoustic Sensor for Rheological Measurements in Both Liquids and Solids: Application to the Cement
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || A Near-Field Acoustic Sensor for Rheological Measurements in Both Liquids and Solids: Application to the Cement
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || The Value of the SCB Test for Fracture Testing
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || The Value of the SCB Test for Fracture Testing
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || New Experimental Study Relating Cracking to Water Permeability of Normal Strength Concrete
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || New Experimental Study Relating Cracking to Water Permeability of Normal Strength Concrete
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Micro Ice Lens Formation, Artificial Saturation and Damage during Freeze Thaw Attack
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Micro Ice Lens Formation, Artificial Saturation and Damage during Freeze Thaw Attack
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Influence of Interfacial Effects on the Determination of Dielectric Properties of Cement Paste
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Influence of Interfacial Effects on the Determination of Dielectric Properties of Cement Paste
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || A New Type of High-Performance Lightweight Concrete
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || A New Type of High-Performance Lightweight Concrete
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Fractological and Numerical Investigations on Fracture Mechanical Behavior of Concrete
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Fractological and Numerical Investigations on Fracture Mechanical Behavior of Concrete
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Crack Interaction in Concrete
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Crack Interaction in Concrete
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Chemical Deterioration of Concrete Constructions in Riga
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Chemical Deterioration of Concrete Constructions in Riga
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Economic Design and Construction with Structural Lightweight Aggregate Concrete
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Economic Design and Construction with Structural Lightweight Aggregate Concrete
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Gas Permeability, Porosity and Carbonation of Modern Conservation Lime Mortar Mix
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Gas Permeability, Porosity and Carbonation of Modern Conservation Lime Mortar Mix
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Shrinkage-Reduced High Performance Concrete
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Shrinkage-Reduced High Performance Concrete
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Mechanical Characterization of Cement Reinforced with Fique Fibers
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Mechanical Characterization of Cement Reinforced with Fique Fibers
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Subject Index
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Subject Index
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Use of Technical Textiles and Densified Wood for Timber Joints
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Use of Technical Textiles and Densified Wood for Timber Joints
Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Job Site Experience with Self Compacting Concrete (SCC) and Shrinkage Reduction
Documents Materials for Buildings and Structures (WITTMANN:MAT.F.BUILDING O-BK) || Job Site Experience with Self Compacting Concrete (SCC) and Shrinkage Reduction