Measurement of Glass Transition Temperatures by Dynamic Mechanical Analysis and Rheology
This note will detail the use of dynamic mechanical analysis (DMA) and rheology to characterize the glass transition of a polymeric material.
DetailsView allAdhesives & SealantsAerospace / MilitaryAerospace, Military, & DefenseApplication NotesApplicationsArchiveARES AccessoriesARES RheometerAsphaltAutomated Density TesterAutomated Hardness TesterBatteriesBatteries & Battery MaterialsBatteriesBiopharmaBiopharmaceuticalsBlog ApplicationsBlog Techniquescardiovascular instrumentsCase StudiesCement & ConcreteCeramicsCompositesCompositesDHR AccessoriesDifferential Scanning CalorimetersDifferential Scanning CalorimetryDilatometersDilatometryDilatometryDilatometryDiscovery Hybrid RheometersDraftsDynamic Mechanical Analysis (DMA)Dynamic Mechanical AnalyzersDynamic Mechanical Analyzers (DMA)Dynamic Mechanical Analyzers (Rheology)Dynamic Mechanical Analyzers (Thermal Analysis)ElastomersElectroForceMechanical TestingElectroForce NotesElectroForceElectroForceElectroForceElectronic Materials & ProductsElectronicsEnd of Life ProductsEngineered MaterialsFilms & FibersFine & Specialty ChemicalsFlash Diffusivity SystemsFlash DiffusivityFlash DiffusivityFood ProductsGeneralGlass ProductsGuarded heat flow meterHiddenHigh Pressure AnalyzersHigh Throughput DSCHorizontal DilatometersIn-Person TrainingInorganics - OtherInorganics - MineralsInsulation & Building MaterialsIsothermal CalorimetryIsothermal Titration CalorimetryLaser FlashLoad frame systemsMaterial CharacterizationMechanical TestingMechanical TestingMedical Device TestingMedical DevicesMedical DevicesMetals ProductsMicrocalorimetryMicrocalorimetryMicrocalorimetryMicrocalorimetryMicrocalorimetry NotesMicrocalorimetryMooney ViscometerMoving Die RheometerMulti-Specimen FatigueNews & InfoOils, Lubricants, & FluidsOptical DilatometersOrganic Chemicals & ProductsPaints, Inks, & CoatingsPaints, Inks, & CoatingsPercarbonatesPersonal Care & Household ProductsPetroleum ProductsPharmaceuticalsPharmaceuticalsPolymersPolymersprivateProduct videosProductsPromotionsQ SeriesQuenching DilatometersQuick start guidesRheologyRheologyRheologyRheology AccessoryRheologyRheology NotesRheologyRotational ViscometerRubberRubber AccessoriesRubberRubber Process AnalyzersRubberRubber TestingRubber TestingRubber TestingRubothermSeminarsService VideosSimultaneous Thermal AnalyzerSoftwareSoftware Downloads SupportSoftwareSupportTA Quick Talk VideosTech TipsTestbench and Planar Biaxial systemsTGA AccessoriesThermal AnalysisThermal AnalysisThermal AnalysisThermal Analysis NotesThermal AnalysisThermal ApplicationsThermal ConductivityThermal Conductivity & DiffusivityThermal Conductivity MeterThermal ConductivityThermal ConductivityThermogravimetric AnalysisThermomechanical AnalyzersThermophysical NotesThermophysical Properties NotesTrainingUncategorizedVapor Sorption AnalysisVertical DilatometersVideosDilatometryWebinarsMicrocalorimetryRheologyRubberThermal AnalysisXenon Flash
Measuring Heat Capacity Using the ASTM Three-Run Method – Discovery DSC
In this Tech Tip, we will set up the saturator reservoir for the Discovery SA.
Details
Measuring the Influence of Humidity on Material Properties
Overview The impact of humidity on a material’s properties and performance during processing, storage, and in final form is a growing area of interest for manufacturers across many industries. A few areas of investigation of this impact include material selection and failure analysis of layered materials used with electronic circuit boards, morphological changes in…
DetailsMeasuring the Strength of Breast Implants
TA Instruments’ 3300 and 3510 load frames can be used to characterize the mechanical strength and durability of breast implants. These insights are crucial for both the design optimization and final validation that is required for regulation.
Details
Measuring Thermodynamic Parameters in the Drug Development Process
Measuring Thermodynamic Parameters in the Drug Development Process Is there a benefit to measuring thermodynamic parameters in the drug development process? In this TA Instruments Webinar, Dr. John E. Ladbury discusses Thermodynamic Parameterization of protein-ligand interaction, not only provides quantification of the affinity of an interaction, but also the underlying changes in enthalpy and entropy.…
Details
Mechanics and Strength for Biomaterials
Overview Fatigue and durability testing are critical applications in the regulatory submission process. A variety of methods are discussed in helping to develop predictions for the design, optimization, and approval of medical devices.
Details
Mechanics and Strength of Biomaterials
Overview This presentation will introduce a range of biomaterials test applications where mechanical test instruments are assisting researchers and engineers in gaining a better understanding of native and artificial tissues. Tissue characterization often leverages test techniques designed to measure quasi-static and dynamic properties of human or animal model tissues. These measurements can be used to…
Details
Medical Device Material Durability Testing
Do your patients worry about their replacement hip breaking when they run? Or how long their prosthetic leg will last before needing a new one? Are your regulatory submissions requiring increasingly more lifetime testing?
DetailsMedical Device Webinar Series
Material characterization for medical devices Watch our on-demand medical devices testing webinar series to gain expert insight into the critical factors involved in medical device design, testing, and regulatory compliance – including mechanical, fatigue, and durability testing and the rheological study of soft biomaterials.
Details